CN105451328A

Movatterモバイル変換

Info

Publication number: CN105451328A
Application number: CN201410408462.7A
Authority: CN
Inventors: 胡靖宇
Original assignee: Leshi Zhixin Electronic Technology Tianjin Co Ltd
Current assignee: Leshi Zhixin Electronic Technology Tianjin Co Ltd
Priority date: 2014-08-19
Filing date: 2014-08-19
Publication date: 2016-03-30

Abstract

Translated fromChinese

本发明公开了一种位置定位和电子设备，该方法包括：应用处理器接收到定位请求时，生成携带有预设的采集时间间隔的位置信息记录请求，将位置信息记录请求发送至基带处理器，并进入第一状态；基带处理器接收所述应用处理器发送的位置信息记录请求，按照位置信息记录请求中携带的采集时间间隔依次收集电子设备当前的网络信息并保存，确定工作状态满足预设要求时，向应用处理器发送唤醒指令；应用处理器接收基带处理器发送的唤醒指令，由第一状态切换至第二状态，并在第二状态下，接收基带处理器发送的网络信息；由于应用处理器在第一状态下的功耗小于应用处理器在第二状态下的功耗，因此，减小了应用处理器的功耗，延长了电子设备的待机时间。

The invention discloses a position positioning and electronic equipment. The method comprises: when an application processor receives a positioning request, generating a position information recording request with a preset acquisition time interval, and sending the position information recording request to a baseband processor , and enter the first state; the baseband processor receives the location information record request sent by the application processor, collects and saves the current network information of the electronic device sequentially according to the collection time interval carried in the location information record request, and determines that the working state meets the predetermined requirements. When required, send a wake-up instruction to the application processor; the application processor receives the wake-up instruction sent by the baseband processor, switches from the first state to the second state, and receives network information sent by the baseband processor in the second state; Since the power consumption of the application processor in the first state is smaller than that of the application processor in the second state, the power consumption of the application processor is reduced and the standby time of the electronic device is prolonged.

Description

Translated fromChinese

一种位置定位方法和电子设备A position positioning method and electronic equipment

技术领域technical field

本发明涉及定位技术领域，更具体的说是涉及一种位置定位方法和电子设备。The present invention relates to the technical field of positioning, and more specifically relates to a position positioning method and electronic equipment.

背景技术Background technique

目前的电子设备均具有位置定位功能，定位方式一般可分为两种，一种是高精度的全球定位系统(GlobalPositioningSystem，GPS)定位方式，另一种是低精度的无线基站定位方式。Current electronic devices all have a location positioning function, and the positioning methods can generally be divided into two types, one is a high-precision Global Positioning System (Global Positioning System, GPS) positioning method, and the other is a low-precision wireless base station positioning method.

通常情况下，当用户对定位精度要求不高时，一般会采用无线基站定位方式对电子设备进行定位。在无线基站定位方式中，需要依靠应用处理器(ApplicationProcessor，AP)和基带处理器(BasebandProcessor，BP)的协调工作才能够完成定位，具体的，AP需要实时向BP发送位置信息记录请求，并实时接收BP收集的网络信息。Usually, when the user does not have high requirements for positioning accuracy, the wireless base station positioning method is generally used to locate the electronic device. In the wireless base station positioning mode, it is necessary to rely on the coordination of the application processor (Application Processor, AP) and the baseband processor (Baseband Processor, BP) to complete the positioning. Receive network information collected by BP.

由此可见，现有的无线基站定位方式中，需要AP和BP均一直处于正常运行状态才能够完成位置信息的获取，但是由于AP在正常运行状态下，功耗较大，因此，缩短电子设备的待机时间。It can be seen that in the existing wireless base station positioning methods, both the AP and the BP need to be in the normal operation state to complete the acquisition of location information. standby time.

发明内容Contents of the invention

有鉴于此，本发明提供一种位置定位方法和电子设备，以解决现有技术中电子设备在采用无线基站定位方式进行定位时，功耗较大，缩短待机时间的问题。In view of this, the present invention provides a location positioning method and electronic equipment to solve the problem of large power consumption and shortened standby time of electronic equipment in the prior art when the wireless base station positioning method is used for positioning.

为实现上述目的，本发明提供如下技术方案：To achieve the above object, the present invention provides the following technical solutions:

一种位置定位方法，应用于电子设备中，所述电子设备包括应用处理器和基带处理器，该方法包括：A position positioning method, applied in an electronic device, the electronic device includes an application processor and a baseband processor, and the method includes:

所述应用处理器接收到定位请求时，生成携带有预设的采集时间间隔的位置信息记录请求；When the application processor receives the location request, it generates a location information recording request with a preset collection time interval;

所述应用处理器将所述位置信息记录请求发送至所述基带处理器，并进入第一状态；The application processor sends the location information recording request to the baseband processor, and enters a first state;

所述基带处理器接收所述应用处理器发送的位置信息记录请求，按照所述位置信息记录请求中携带的所述采集时间间隔依次收集电子设备当前的网络信息并保存；The baseband processor receives the location information recording request sent by the application processor, and sequentially collects and saves the current network information of the electronic device according to the collection time interval carried in the location information recording request;

所述基带处理器确定工作状态满足预设要求时，向所述应用处理器发送唤醒指令；When the baseband processor determines that the working state meets the preset requirements, it sends a wake-up instruction to the application processor;

所述应用处理器接收所述基带处理器发送的唤醒指令，由所述第一状态切换至第二状态，并在所述第二状态下，接收所述基带处理器发送的网络信息；The application processor receives a wake-up instruction sent by the baseband processor, switches from the first state to a second state, and receives network information sent by the baseband processor in the second state;

其中，所述应用处理器在所述第一状态下的功耗小于所述应用处理器在所述第二状态下的功耗。Wherein, the power consumption of the application processor in the first state is smaller than the power consumption of the application processor in the second state.

优选的，所述当所述基带处理器确定工作状态满足预设要求时，向所述应用处理器发送唤醒指令，具体为：Preferably, when the baseband processor determines that the working state meets the preset requirements, it sends a wake-up instruction to the application processor, specifically:

当所述基带处理器确定收集网络信息的时间达到预设时间时，向所述应用处理器发送唤醒指令；When the baseband processor determines that the time for collecting network information reaches a preset time, send a wake-up instruction to the application processor;

和/或，当所述基带处理器确定收集的网络信息量达到预设的网络信息量时，向所述应用处理器发送唤醒指令。And/or, when the baseband processor determines that the amount of network information collected reaches a preset amount of network information, send a wake-up instruction to the application processor.

优选的，所述应用处理器接收所述基带处理器发送的网络信息之后，还包括：Preferably, after the application processor receives the network information sent by the baseband processor, it further includes:

当所述应用处理器确定需要直接在所述电子设备上显示所述电子设备的位置信息时，所述应用处理器依据所述网络信息中的信息采集时间确定所述基带处理器采集每一条网络信息的先后顺序；When the application processor determines that it is necessary to directly display the location information of the electronic device on the electronic device, the application processor determines, according to the information collection time in the network information, that the baseband processor collects each network the order of information;

所述应用处理器按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的实际位置信息；The application processor sequentially locates the actual location information of the electronic device according to each piece of network information according to the sequence;

所述应用处理器在所述电子设备上输出所述电子设备的实际位置信息。The application processor outputs actual location information of the electronic device on the electronic device.

优选的，所述应用处理器按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的实际位置信息，具体包括：Preferably, the application processor sequentially locates the actual location information of the electronic device according to each piece of network information according to the sequence, specifically including:

所述应用处理器按照所述先后顺序，依次从预存储的基站位置信息数据库中查找与每一条网络信息中的每一组基站信息对应的基站实际位置信息；The application processor sequentially searches the pre-stored base station location information database for the actual location information of the base station corresponding to each group of base station information in each piece of network information according to the sequence;

所述应用处理器当前查找的网络信息中仅包括一组基站信息时，确定查找到的所述基站实际位置信息为所述电子设备的实际位置信息；When the network information currently searched by the application processor only includes a set of base station information, determine that the found actual location information of the base station is the actual location information of the electronic device;

所述应用处理器当前查找的网络信息中包括至少两组基站信息时，依据与所述至少两组基站信息中的每一组基站信息对应的基站实际位置信息计算所述电子设备的实际位置信息。When the network information currently searched by the application processor includes at least two groups of base station information, calculate the actual location information of the electronic device based on the actual location information of the base station corresponding to each group of base station information in the at least two groups of base station information .

当所述应用处理器确定需要间接在所述电子设备上显示所述电子设备的位置信息时，所述应用处理器依据所述网络信息中的信息采集时间确定所述基带处理器采集每一条网络信息的先后顺序；When the application processor determines that it is necessary to indirectly display the location information of the electronic device on the electronic device, the application processor determines that the baseband processor collects each network information according to the information collection time in the network information. the order of information;

所述应用处理器按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的地图位置信息；The application processor sequentially locates the map location information of the electronic device according to each piece of network information according to the sequence;

在预存储的地图上查找所述地图位置信息，确定目标位置；Searching for the map position information on the pre-stored map to determine the target position;

输出标记有目标位置的地图。Output a map labeled with target locations.

优选的，所述应用处理器按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的地图位置信息，具体包括：Preferably, the application processor sequentially locates the map location information of the electronic device according to each piece of network information according to the sequence, specifically including:

所述应用处理器按照所述先后顺序，依次从预存储的基站位置信息数据库中查找与每一条网络信息中的每一组基站信息对应的基站实际位置信息和基站纠偏位置信息；The application processor sequentially searches the pre-stored base station location information database for the actual location information of the base station and the correction location information of the base station corresponding to each group of base station information in each piece of network information according to the sequence;

依据所述基站实际位置信息和所述基站纠偏位置信息确定与每一组基站信息对应的基站地图位置信息；determining the base station map position information corresponding to each group of base station information according to the actual position information of the base station and the correction position information of the base station;

所述应用处理器当前查找的网络信息中仅包括一组基站信息时，确定所述基站地图位置信息为所述电子设备的地图位置信息；When the network information currently searched by the application processor only includes a set of base station information, determine that the map location information of the base station is the map location information of the electronic device;

所述应用处理器当前查找的网络信息中包括至少两组基站信息时，依据与所述至少两组基站信息中的每一组基站信息对应的基站地图位置信息计算所述电子设备的地图位置信息。When the network information currently searched by the application processor includes at least two groups of base station information, calculate the map position information of the electronic device according to the base station map position information corresponding to each group of base station information in the at least two groups of base station information .

优选的，还包括：Preferably, it also includes:

当所述应用处理器接收到停止定位请求时，检测所述应用处理器的当前状态；When the application processor receives a stop positioning request, detecting the current state of the application processor;

当确定所述应用处理器的当前状态为所述第一状态时，所述应用处理器由所述第一状态切换至第二状态；When determining that the current state of the application processor is the first state, switching the application processor from the first state to a second state;

在所述第二状态下，所述应用处理器生成并发送位置信息停止记录请求至所述基带处理器；In the second state, the application processor generates and sends a location information stop recording request to the baseband processor;

所述基带处理器接收所述应用处理器发送的所述位置信息停止记录请求，停止收集电子设备当前的网络信息。The baseband processor receives the location information stop recording request sent by the application processor, and stops collecting current network information of the electronic device.

一种电子设备，所述电子设备包括应用处理器和基带处理器；An electronic device comprising an application processor and a baseband processor;

所述应用处理器用于在接收到定位请求时，生成携带有预设的采集时间间隔的位置信息记录请求；将所述位置信息记录请求发送至所述基带处理器，并进入第一状态；The application processor is configured to generate a location information recording request with a preset acquisition time interval when receiving a positioning request; send the location information recording request to the baseband processor, and enter a first state;

所述基带处理器用于接收所述应用处理器发送的位置信息记录请求，按照所述位置信息记录请求中携带的所述采集时间间隔依次收集电子设备当前的网络信息并保存，并在确定所述基带处理器的工作状态满足预设要求时，向所述应用处理器发送唤醒指令；The baseband processor is configured to receive the location information record request sent by the application processor, sequentially collect and save the current network information of the electronic device according to the collection time interval carried in the location information record request, and determine the When the working state of the baseband processor meets the preset requirements, send a wake-up instruction to the application processor;

所述应用处理器用于接收所述基带处理器发送的唤醒指令，由所述第一状态切换至第二状态，并在所述第二状态下，接收所述基带处理器发送的网络信息；The application processor is configured to receive a wake-up instruction sent by the baseband processor, switch from the first state to a second state, and receive network information sent by the baseband processor in the second state;

优选的，所述基带处理在确定所述基带处理器确定工作状态满足预设要求时，向所述应用处理器发送唤醒指令，具体为：所述基带处理器用于在确定收集网络信息的时间达到预设时间时，向所述应用处理器发送唤醒指令；和/或，所述基带处理器用于在确定收集的网络信息量达到预设的网络信息量时，向所述应用处理器发送唤醒指令。Preferably, the baseband processing sends a wake-up instruction to the application processor when it is determined that the baseband processor determines that the working state meets the preset requirements, specifically: the baseband processor is used to reach Sending a wake-up instruction to the application processor at a preset time; and/or, the baseband processor is configured to send a wake-up instruction to the application processor when it is determined that the amount of network information collected reaches a preset amount of network information .

优选的，所述应用处理器在接收所述基带处理器发送的网络信息之后，还用于在确定需要直接在所述电子设备上显示所述电子设备的位置信息时，依据所述网络信息中的信息采集时间确定所述基带处理器采集每一条网络信息的先后顺序，按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的实际位置信息，并在所述电子设备上输出所述电子设备的实际位置信息。Preferably, after receiving the network information sent by the baseband processor, the application processor is further configured to, according to the The information collection time determines the order in which the baseband processor collects each piece of network information, and according to the order, locates the actual location information of the electronic device in sequence according to each piece of network information, and outputs the information on the electronic device. The actual location information of the electronic device.

优选的，所述应用处理器按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的实际位置信息为：所述应用处理器按照所述先后顺序，依次从预存储的基站位置信息数据库中查找与每一条网络信息中的每一组基站信息对应的基站实际位置信息，在当前查找的网络信息中仅包括一组基站信息时，确定查找到的所述基站实际位置信息为所述电子设备的实际位置信息，在当前查找的网络信息中包括至少两组基站信息时，依据与所述至少两组基站信息中的每一组基站信息对应的基站实际位置信息计算所述电子设备的实际位置信息。Preferably, the application processor sequentially locates the actual location information of the electronic device according to each piece of network information according to the sequence: the application processor sequentially selects the pre-stored base station location information according to the sequence Find the base station actual location information corresponding to each set of base station information in each piece of network information in the database, and when the currently searched network information only includes a set of base station information, determine that the found base station actual location information is the For the actual location information of the electronic device, when at least two sets of base station information are included in the currently searched network information, the electronic device's actual location information is calculated based on the base station actual location information corresponding to each set of base station information in the at least two sets of base station information Actual location information.

优选的，所述应用处理器接收所述基带处理器发送的网络信息之后，还用于在确定需要间接在所述电子设备上显示所述电子设备的位置信息时，依据所述网络信息中的信息采集时间确定所述基带处理器采集每一条网络信息的先后顺序，按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的地图位置信息，在预存储的地图上查找所述地图位置信息，确定目标位置，输出标记有目标位置的地图。Preferably, after receiving the network information sent by the baseband processor, the application processor is further configured to, according to the The information collection time determines the sequence in which each piece of network information is collected by the baseband processor, and according to the sequence, locates the map location information of the electronic device in sequence according to each piece of network information, and searches for the map on a pre-stored map Location information, determine the target location, and output a map marked with the target location.

优选的，所述应用处理器按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的地图位置信息为：所述应用处理器按照所述先后顺序，依次从预存储的基站位置信息数据库中查找与每一条网络信息中的每一组基站信息对应的基站实际位置信息和基站纠偏位置信息，依据所述基站实际位置信息和所述基站纠偏位置信息确定与每一组基站信息对应的基站地图位置信息，在当前查找的网络信息中仅包括一组基站信息时，确定所述基站地图位置信息为所述电子设备的地图位置信息，在当前查找的网络信息中包括至少两组基站信息时，依据与所述至少两组基站信息中的每一组基站信息对应的基站地图位置信息计算所述电子设备的地图位置信息。Preferably, the application processor sequentially locates the map location information of the electronic device according to each piece of network information according to the sequence: the application processor sequentially selects the pre-stored base station location information according to the sequence Search the database for the base station actual location information and base station correction location information corresponding to each group of base station information in each piece of network information, and determine the location corresponding to each group of base station information according to the base station actual location information and the base station correction location information. Base station map location information, when the currently searched network information only includes one set of base station information, determine that the base station map location information is the map location information of the electronic device, and include at least two groups of base station information in the currently searched network information At this time, the map position information of the electronic device is calculated according to the base station map position information corresponding to each set of base station information in the at least two groups of base station information.

优选的，所述应用处理器还用于当接收到停止定位请求时，检测所述应用处理器的当前状态，当确定所述应用处理器的当前状态为所述第一状态时，由所述第一状态切换至第二状态，在所述第二状态下，生成并发送位置信息停止记录请求至所述基带处理器；Preferably, the application processor is further configured to detect the current state of the application processor when receiving a stop positioning request, and when it is determined that the current state of the application processor is the first state, the Switching from the first state to the second state, in the second state, generating and sending a location information stop recording request to the baseband processor;

所述基带处理器还用于接收所述应用处理器发送的所述位置信息停止记录请求，停止收集电子设备当前的网络信息。The baseband processor is further configured to receive the location information stop recording request sent by the application processor, and stop collecting current network information of the electronic device.

经由上述的技术方案可知，与现有技术相比，本发明实施例公开了一种位置定位方法，应用处理器在将携带有预设的采集时间间隔的位置信息记录请求发送至基带处理器后，则进入第一状态，而基带处理器可以将所采集的当前网络信息保存，并当工作状态满足预设要求时，才向应用处理器发送唤醒指令；应用处理器在接收到该唤醒指令时，由第一状态切换至第二状态，并在第二状态下，接收基带处理器发送的网络信息，由于应用处理器在第一状态下的功耗小于应用处理器在第二状态下的功耗，因此，减小了应用处理器的功耗，延长了电子设备的待机时间。It can be seen from the above technical solutions that, compared with the prior art, the embodiment of the present invention discloses a position positioning method. After the application processor sends the position information recording request with the preset acquisition time interval to the baseband processor , then enter the first state, and the baseband processor can save the collected current network information, and only send a wake-up instruction to the application processor when the working state meets the preset requirements; when the application processor receives the wake-up instruction , switch from the first state to the second state, and in the second state, receive the network information sent by the baseband processor, because the power consumption of the application processor in the first state is less than the power consumption of the application processor in the second state Therefore, the power consumption of the application processor is reduced, and the standby time of the electronic device is extended.

附图说明Description of drawings

为了更清楚地说明本发明实施例或现有技术中的技术方案，下面将对实施例或现有技术描述中所需要使用的附图作简单地介绍，显而易见地，下面描述中的附图仅仅是本发明的实施例，对于本领域普通技术人员来讲，在不付出创造性劳动的前提下，还可以根据提供的附图获得其他的附图。In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the following will briefly introduce the drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only It is an embodiment of the present invention, and those skilled in the art can also obtain other drawings according to the provided drawings on the premise of not paying creative efforts.

图1为本发明一个实施例公开的一种位置定位方法的流程示意图；FIG. 1 is a schematic flow diagram of a position positioning method disclosed in an embodiment of the present invention;

图2为本发明另一个实施例公开的一种位置定位方法的流程示意图；Fig. 2 is a schematic flow chart of a location positioning method disclosed in another embodiment of the present invention;

图3为本发明中两个圆相离的一种位置关系示意图；Fig. 3 is a schematic diagram of a positional relationship between two circles in the present invention;

图4为本发明两个圆相交的一种位置关系示意图；Fig. 4 is a schematic diagram of a positional relationship where two circles intersect in the present invention;

图5为本发明三个圆的一种位置关系示意图；Fig. 5 is a schematic diagram of a positional relationship of three circles of the present invention;

图6为本发明又一个实施例公开的一种位置定位方法的流程示意图；Fig. 6 is a schematic flow chart of a location positioning method disclosed in another embodiment of the present invention;

图7为本发明一个实施例公开的一种电子设备的结构示意图。Fig. 7 is a schematic structural diagram of an electronic device disclosed by an embodiment of the present invention.

具体实施方式detailed description

下面将结合本发明实施例中的附图，对本发明实施例中的技术方案进行清楚、完整地描述，显然，所描述的实施例仅仅是本发明一部分实施例，而不是全部的实施例。基于本发明中的实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例，都属于本发明保护的范围。The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some of the embodiments of the present invention, not all of them. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

本发明实施例公开了一种位置定位方法、装置和电子设备，应用处理器在将携带有预设的采集时间间隔的位置信息记录请求发送至基带处理器后，则进入第一状态，在第一状态下，而基带处理器可以根据采集时间间隔依次收集的当前网络信息并保存，当工作状态满足预设要求时，才向应用处理器发送唤醒指令；应用处理器在接收到该唤醒指令时，由第一状态切换至第二状态，并在第二状态下，接收基带处理器发送的网络信息，由于应用处理器在第一状态下的功耗小于应用处理器在第二状态下的功耗，因此，减小了应用处理器的功耗，延长了电子设备的待机时间。The embodiment of the present invention discloses a location positioning method, device, and electronic equipment. After the application processor sends the location information recording request with a preset collection time interval to the baseband processor, it enters the first state. In this state, the baseband processor can sequentially collect and save the current network information according to the collection time interval. When the working state meets the preset requirements, it sends a wake-up instruction to the application processor; when the application processor receives the wake-up instruction , switch from the first state to the second state, and in the second state, receive the network information sent by the baseband processor, because the power consumption of the application processor in the first state is less than the power consumption of the application processor in the second state Therefore, the power consumption of the application processor is reduced, and the standby time of the electronic device is extended.

为了引用和清楚起见，下文中使用的技术名词说明，简写形式如下所示：For the sake of reference and clarity, the technical terms used in the following description are abbreviated as follows:

IPC：Inter-ProcessorCommunication，处理器间通信；IPC: Inter-ProcessorCommunication, inter-processor communication;

MMC：MMC-MobileCountryCode，移动国家代码；MMC: MMC-MobileCountryCode, mobile country code;

MNC：MobileNetworkCode，移动网络号码；MNC: MobileNetworkCode, mobile network number;

LAC：LocationAreaCode，位置区域码；LAC: LocationAreaCode, location area code;

CID：CellIdentity，基站编号；CID: CellIdentity, base station number;

BSSS：Basestationsignalstrength，基站信号强度；BSSS: Basestation signal strength, base station signal strength;

LNG：Longitude，经度；LNG: Longitude, longitude;

LAT：Latitude，纬度；LAT: Latitude, latitude;

OLNG：OffsetLongitude，纠偏经度；OLNG: OffsetLongitude, correction longitude;

OLAT：OffsetLatitude，纠偏纬度；OLAT: OffsetLatitude, correction latitude;

BSSR：Basestationsignalrange，基站信号覆盖范围；BSSR: Basestation signal range, base station signal coverage;

BSA：Basestationaddress，基站地址。BSA: Basestation address, base station address.

实施例一Embodiment one

本发明一个实施例公开了一种位置定位方法，该方法可以应用于手机、平板电脑、掌上电脑等电子设备中，其中，该电子设备包括应用处理器和基带处理器；如图1所示，该方法可以包括以下步骤：An embodiment of the present invention discloses a position positioning method, which can be applied to electronic devices such as mobile phones, tablet computers, and palmtop computers, wherein the electronic devices include an application processor and a baseband processor; as shown in FIG. 1 , The method may include the steps of:

步骤101：应用处理器接收到定位请求时，生成携带有预设的采集时间间隔的位置信息记录请求；Step 101: When the application processor receives the location request, it generates a location information recording request with a preset collection time interval;

其中，当用户欲对电子设备进行定位时，可以触发电子设备上预设的第一操控控件，而应用处理器在检测到用户触发电子设备上预设的第一操控控件时，确定接收到定位请求。Wherein, when the user intends to locate the electronic device, the preset first manipulation control on the electronic device may be triggered, and the application processor determines that the positioning is received when detecting that the user triggers the preset first manipulation control on the electronic device. ask.

采集时间间隔为基带处理器收集网络信息的时间间隔，用户可以根据实际情况进行设定；如采集时间间隔可以为1分钟、5分钟等等。具体的，用户可以在定位前进行设定，也可以在应用处理器接收到定位请求后，弹出时间设定框，由用户现场进行设定。The collection time interval is the time interval for the baseband processor to collect network information, and the user can set it according to the actual situation; for example, the collection time interval can be 1 minute, 5 minutes, etc. Specifically, the user can set it before positioning, or after the application processor receives the positioning request, a time setting box pops up, and the user can set it on site.

步骤102：应用处理器将位置信息记录请求发送至基带处理器，并进入第一状态；Step 102: the application processor sends the location information recording request to the baseband processor, and enters the first state;

其中，应用处理器在进入第一状态前的状态为第二状态，而应用处理器在第一状态下的功耗小于应用处理器在第二状态下的功耗。Wherein, the state of the application processor before entering the first state is the second state, and the power consumption of the application processor in the first state is less than the power consumption of the application processor in the second state.

需要说明的是，应用处理器在第一状态下并不会向基带处理器发送位置信息记录请求，也不会接收基带处理器返回的网络信息。It should be noted that, in the first state, the application processor does not send a location information recording request to the baseband processor, nor does it receive network information returned by the baseband processor.

步骤103：基带处理器接收应用处理器发送的位置信息记录请求，按照位置信息记录请求中携带的采集时间间隔依次收集电子设备当前的网络信息并保存；Step 103: The baseband processor receives the location information record request sent by the application processor, and sequentially collects and saves the current network information of the electronic device according to the collection time interval carried in the location information record request;

基带处理器可以在接收到应用处理器发送的位置信息记录请求时，依据携带在位置信息记录请求中的采集时间间隔依次收集电子设备当前的网络信息；The baseband processor may sequentially collect the current network information of the electronic device according to the collection time interval carried in the location information recording request when receiving the location information recording request sent by the application processor;

需要说明的是，基带处理器依据采集时间间隔依次收集的每一条网络信息均包括至少一组基站信息和信息采集时间Time，而每一组基站信息均至少包括移动国家代码MMC、移动网络号码MNC、位置区域码LAC、基站编号CID以及基站信号强度BSSS。It should be noted that each piece of network information sequentially collected by the baseband processor according to the collection time interval includes at least one set of base station information and information collection time Time, and each set of base station information includes at least the mobile country code MMC, mobile network number MNC , location area code LAC, base station number CID and base station signal strength BSSS.

步骤104：基带处理器确定工作状态满足预设要求时，向应用处理器发送唤醒指令；Step 104: the baseband processor sends a wake-up instruction to the application processor when determining that the working state meets the preset requirements;

其中，当基带处理器收集到一条网络信息后，并不直接将该条网络信息发送给应用处理器，而是将所收集的网络信息进行保存，并判断基带处理器的工作状态是否满足预设要求，当基带处理器确定其工作状态满足预设要求时，向应用处理器发送唤醒指令。Among them, when the baseband processor collects a piece of network information, it does not directly send the piece of network information to the application processor, but saves the collected network information, and judges whether the working state of the baseband processor meets the preset requirements. Requirements, when the baseband processor determines that its working state meets the preset requirements, it sends a wake-up instruction to the application processor.

其中，应用处理器和基带处理器可以通过IPC进行数据通讯，基带处理器通过硬件IPC向应用处理器发送唤醒指令。Wherein, the application processor and the baseband processor can perform data communication through the IPC, and the baseband processor sends a wake-up instruction to the application processor through the hardware IPC.

步骤105：应用处理器接收基带处理器发送的唤醒指令，由第一状态切换至第二状态，并在第二状态下，接收基带处理器发送的网络信息。Step 105: The application processor receives the wake-up instruction sent by the baseband processor, switches from the first state to the second state, and receives network information sent by the baseband processor in the second state.

当接收到基带处理器发送的唤醒指令时，应用处理器可以由第一状态切换到第二状态。应用处理器在第二状态下，可以接收基带处理器发送的网络信息。When receiving the wake-up instruction sent by the baseband processor, the application processor can switch from the first state to the second state. In the second state, the application processor can receive network information sent by the baseband processor.

当基带处理器唤醒应用处理器后，可以向应用处理器发送网络信息，基带处理器发送给应用处理器的网络信息是基带处理器所保存的所有网络信息；具体的，作为一种发送方式，基带处理器可以将其保存的所有网络所保存的网络信息打包成一个数据包，一次性的发送给应用处理器；作为另一种发送方式，基带处理器还可以根据先后收集顺序依次发送给应用处理器，即先收集的网络信息先发给应用处理器，后收集的网络信息后发给应用处理器。After the baseband processor wakes up the application processor, it can send network information to the application processor. The network information sent by the baseband processor to the application processor is all the network information saved by the baseband processor; specifically, as a sending method, The baseband processor can pack all the network information saved by it into a data packet and send it to the application processor at one time; as another sending method, the baseband processor can also send it to the application in sequence according to the order of collection The processor, that is, the network information collected first is sent to the application processor, and the network information collected later is sent to the application processor.

在本发明实施例中，应用处理器在将携带有预设的采集时间间隔的位置信息记录请求发送至基带处理器后，则进入第一状态，而基带处理器可以根据采集时间间隔依次收集的当前网络信息并保存，当工作状态满足预设要求时，才向应用处理器发送唤醒指令；应用处理器在接收到该唤醒指令时，由第一状态切换至第二状态，并在第二状态下，接收基带处理器发送的网络信息，由于应用处理器在第一状态下的功耗小于应用处理器在第二状态下的功耗，因此，减小了应用处理器的功耗，延长了电子设备的待机时间。In the embodiment of the present invention, after the application processor sends the location information recording request with the preset collection time interval to the baseband processor, it enters the first state, and the baseband processor can sequentially collect the location information according to the collection time interval The current network information is saved, and when the working state meets the preset requirements, a wake-up instruction is sent to the application processor; when the application processor receives the wake-up instruction, it switches from the first state to the second state, and in the second state Next, the network information sent by the baseband processor is received, since the power consumption of the application processor in the first state is less than the power consumption of the application processor in the second state, the power consumption of the application processor is reduced and the Standby time of electronic equipment.

需要说明的是，在本发明实施例中，并不对应用处理器的第一状态和第二状态进行具体的限定，只要满足应用处理器在第一状态下的功耗小于应用处理器在第二状态下的功耗即可；It should be noted that, in the embodiment of the present invention, the first state and the second state of the application processor are not specifically limited, as long as the power consumption of the application processor in the first state is less than that of the application processor in the second state. The power consumption in the state is enough;

例如，应用处理器的第一状态可以为应用处理器的睡眠状态，第二状态可以为应用处理器的正常工作状态。当然，应用处理器的第一状态不一定是睡眠状态，假如用户在通过电子设备进行定位的同时，还需要使用应用处理器处理其他数据，那么应用处理器的第一状态可以为其他状态。For example, the first state of the application processor may be a sleep state of the application processor, and the second state may be a normal working state of the application processor. Of course, the first state of the application processor is not necessarily the sleep state. If the user needs to use the application processor to process other data while positioning the electronic device, the first state of the application processor can be other states.

在本发明中，当基带处理器的工作状态满足预设要求时，向应用处理器发送唤醒指令，具体可以包括：In the present invention, when the working state of the baseband processor meets the preset requirements, a wake-up instruction is sent to the application processor, which may specifically include:

当基带处理器收集网络信息的时间达到预设时间时，向应用处理器发送唤醒指令；When the time for the baseband processor to collect network information reaches a preset time, send a wake-up instruction to the application processor;

和/或，当基带处理器收集的网络信息量达到预设的网络信息量时，向应用处理器发送唤醒指令。And/or, when the amount of network information collected by the baseband processor reaches a preset amount of network information, a wake-up instruction is sent to the application processor.

其中，该预设时间可以根据实际情况进行设定，本发明并不进行限定，但是该预设时间一定大于采集时间间隔。如采集时间间隔为1分钟，预设时间为100分钟，那么，基带处理器能够在预设时间内收集较多的网络信息。Wherein, the preset time can be set according to the actual situation, which is not limited in the present invention, but the preset time must be greater than the collection time interval. If the collection time interval is 1 minute and the preset time is 100 minutes, then the baseband processor can collect more network information within the preset time.

其中，预设的网络信息量也可以根据实际情况进行设定，本发明并不进行限定，如预设的网络信息量为100条，那么只有当基带处理器收集的网络信息达到100条时，才向应用处理器发送唤醒指令。Wherein, the preset amount of network information can also be set according to the actual situation, and the present invention is not limited. For example, if the preset amount of network information is 100, then only when the network information collected by the baseband processor reaches 100, A wake-up command is sent to the application processor.

实施例二Embodiment two

本发明又一个实施例还公开了一种位置定位方法，如图2所示，该方法可以包括以下步骤：Yet another embodiment of the present invention also discloses a position positioning method, as shown in Figure 2, the method may include the following steps:

步骤201：应用处理器接收到定位请求时，生成携带有预设的采集时间间隔的位置信息记录请求；Step 201: When the application processor receives a location request, it generates a location information recording request with a preset collection time interval;

步骤202：应用处理器将位置信息记录请求发送至基带处理器，并进入第一状态；Step 202: the application processor sends the location information recording request to the baseband processor, and enters the first state;

步骤203：基带处理器接收应用处理器发送的位置信息记录请求，按照位置信息记录请求中携带的采集时间间隔依次收集电子设备当前的网络信息并保存；Step 203: The baseband processor receives the location information record request sent by the application processor, and sequentially collects and saves the current network information of the electronic device according to the collection time interval carried in the location information record request;

步骤204：基带处理器确定工作状态满足预设要求时，向应用处理器发送唤醒指令；Step 204: the baseband processor sends a wake-up instruction to the application processor when determining that the working state meets the preset requirements;

步骤205：应用处理器接收基带处理器发送的唤醒指令，由第一状态切换至第二状态，并在第二状态下，接收基带处理器发送的网络信息；Step 205: The application processor receives the wake-up instruction sent by the baseband processor, switches from the first state to the second state, and receives network information sent by the baseband processor in the second state;

其中，应用处理器在第一状态下的功耗小于应用处理器在第二状态下的功耗。Wherein, the power consumption of the application processor in the first state is smaller than the power consumption of the application processor in the second state.

步骤206：当应用处理器确定需要直接在电子设备上显示电子设备的位置信息时，应用处理器依据网络信息中的信息采集时间确定基带处理器采集每一条网络信息的先后顺序；Step 206: When the application processor determines that the location information of the electronic device needs to be directly displayed on the electronic device, the application processor determines the order in which the baseband processor collects each piece of network information according to the information collection time in the network information;

其中，直接在电子设备上显示电子设备的位置信息的方式为不需要依据地图进行显示的方式。Wherein, the method of directly displaying the location information of the electronic device on the electronic device is a method that does not need to be displayed according to a map.

需要说明的是，应用处理器确定是否需要直接在电子设备上显示电子设备的位置信息的实现方式有多种，本发明并没有具体限定；例如，可以支持用户自定义，即用户在电子设备触发开始定位前预先设定或者在定位过程中，生成选择框，以确定用户是否需要直接在电子设备上显示电子设备的位置信息；还可以有系统预先定义好，即系统预先定义为直接在电子设备上显示电子设备的位置信息的实现方式；还可以为在系统预先定位好的基础上，支持用户自定义。It should be noted that there are many ways for the application processor to determine whether to directly display the location information of the electronic device on the electronic device, which is not specifically limited in the present invention; Preset before starting positioning or generate a selection box during the positioning process to determine whether the user needs to display the location information of the electronic device directly on the electronic device; there can also be a system that is pre-defined, that is, the system is pre-defined as directly displaying the electronic device's location information. The implementation method of displaying the location information of the electronic device on the computer; it can also support user-defined on the basis of the pre-positioned system.

由于基带处理器是在工作状态满足预设要求时，将所收集的网络信息发送给应用处理器，因此，应用处理器所接收的网络信息并不止一条网络信息。相应的，应用处理器可以依据网络信息中的信息采集时间来确定基带处理器采集每一条网络信息的先后顺序。Since the baseband processor sends the collected network information to the application processor when the working state meets the preset requirements, the network information received by the application processor is not more than one piece of network information. Correspondingly, the application processor can determine the order in which the baseband processor collects each piece of network information according to the information collection time in the network information.

步骤207：应用处理器按照所确定的先后顺序，依据每一条网络信息依次定位电子设备的实际位置信息；Step 207: The application processor sequentially locates the actual location information of the electronic device according to each piece of network information according to the determined sequence;

应用处理器在确定基带处理器采集每一条网络信息的先后顺序后，先依据基带处理器最先采集的网络信息定位电子设备的实际位置信息，再依据基带处理器相邻最先采集的网络信息的第二优先采集的网络信息来定位电子设备的实际位置信息，依次类推，最后依据基带处理器最后采集的网络信息定位电子设备的实际位置信息。After determining the order in which the baseband processor collects each piece of network information, the application processor first locates the actual location information of the electronic device based on the network information first collected by the baseband processor, and then according to the network information first collected by the adjacent baseband processor The second priority collected network information is used to locate the actual location information of the electronic device, and so on, and finally the actual location information of the electronic device is located according to the network information last collected by the baseband processor.

其中，电子设备的实际位置信息至少包括经度LNG和纬度LAT。Wherein, the actual location information of the electronic equipment includes at least longitude LNG and latitude LAT.

步骤208：应用处理器在电子设备上输出电子设备的实际位置信息。Step 208: The application processor outputs the actual location information of the electronic device on the electronic device.

由于应用处理器已确定需要直接在电子设备上显示电子设备的位置信息，因此，应用处理器可以直接将电子设备的实际位置信息显示在电子设备上；如以文字的方式进行显示，例如，“电子设备的经度为**度、纬度为**度”的方式。Since the application processor has determined that it is necessary to directly display the location information of the electronic device on the electronic device, the application processor can directly display the actual location information of the electronic device on the electronic device; if it is displayed in text, for example, " The longitude of the electronic device is ** degrees, and the latitude is ** degrees".

其中，应用处理器在电子设备上输出电子设备的实际位置信息时，可以依次输出每一条网络信息对应的实际位置信息，也可以当与所有网络信息对应的实际位置信息均确定后，一次性的全部输出；具体的输出方式在本发明并没有具体限定。Wherein, when the application processor outputs the actual location information of the electronic device on the electronic device, it may sequentially output the actual location information corresponding to each piece of network information, or after the actual location information corresponding to all network information is determined, one-time All output; the specific output mode is not specifically limited in the present invention.

实施例三Embodiment Three

在该实施例中，本发明进一步的对实施例二中的步骤207，即应用处理器按照所确定的先后顺序，依据每一条网络信息依次定位电子设备的实际位置信息进行详细介绍。In this embodiment, the present invention further introduces step 207 in the second embodiment in detail, that is, the application processor locates the actual location information of the electronic device sequentially according to each piece of network information according to the determined sequence.

具体的，应用处理器按照所确定的先后顺序，依据每一条网络信息依次定位电子设备的实际位置信息，可以包括以下步骤：Specifically, the application processor sequentially locates the actual location information of the electronic device according to each piece of network information according to the determined sequence, which may include the following steps:

S01：应用处理器按照先后顺序，依次从预存储的基站位置信息数据库中查找与每一条网络信息中的每一组基站信息对应的基站实际位置信息；S01: The application processor sequentially searches the pre-stored base station location information database for the actual location information of the base station corresponding to each group of base station information in each piece of network information;

应用处理器预先存储有基站位置信息数据库，该基站位置信息数据库中存储有与每一基站的基站代码信息和基站实际位置信息。The application processor pre-stores a base station location information database, and the base station location information database stores base station code information and base station actual location information related to each base station.

其中，基站代码信息至少包括移动国家代码MMC、移动网络号码MNC、位置区域码LAC、基站编号CID。Wherein, the base station code information at least includes a mobile country code MMC, a mobile network number MNC, a location area code LAC, and a base station number CID.

基站实际位置信息至少包括基站经度、基站纬度和基站信号覆盖范围BSSR；还可以包括基站地址BSA。The actual location information of the base station includes at least the longitude of the base station, the latitude of the base station, and the signal coverage range of the base station BSSR; it may also include the address of the base station BSA.

而应用处理器所接收的每一条网络信息中的每一组基站信息中均至少包括移动国家代码MMC、移动网络号码MNC、位置区域码LAC、基站编号CID；因此，可以在预存储的数据库中查找与每一条网络信息中的每一组基站信息对应的基站代码信息，从而确定与基站代码信息对应的基站实际位置信息。Each group of base station information in each piece of network information received by the application processor at least includes a mobile country code MMC, a mobile network number MNC, a location area code LAC, and a base station number CID; Find the base station code information corresponding to each set of base station information in each piece of network information, so as to determine the actual location information of the base station corresponding to the base station code information.

S02：应用处理器当前查找的网络信息中仅包括一组基站信息时，确定查找到的基站实际位置信息为电子设备的实际位置信息；S02: When the network information currently searched by the application processor only includes a set of base station information, determine that the found actual location information of the base station is the actual location information of the electronic device;

当应用处理器从预存储的基站位置信息数据库中查找与某一条网络信息中的每一组基站信息对应的基站实际位置信息时，若该条网络信息只包括一组基站信息，那么，则直接确定该组基站信息所对应的基站实际位置信息为电子设备的实际位置信息；When the application processor looks up the base station actual location information corresponding to each set of base station information in a piece of network information from the pre-stored base station location information database, if the piece of network information only includes a set of base station information, then directly Determining that the actual location information of the base station corresponding to the group of base station information is the actual location information of the electronic device;

具体的，在本发明中，可以确定出电子设备与每一组基站信息的基站的距离，而当某一条网络信息仅包括一组基站信息时，那么，确定出该电子设备与该组基站信息的基站的距离后可以发现，电子设备可能为以该组基站信息所对应的基站的实际位置信息为圆心，以电子设备与该组基站信息的基站的距离为半径的圆上的任意一点；而由于用户对定位精度要求不高，因此，可以直接以该组基站信息所对应的基站的实际位置信息为电子设备的实际位置信息。Specifically, in the present invention, the distance between the electronic device and the base station of each group of base station information can be determined, and when a piece of network information only includes a group of base station information, then the distance between the electronic device and the group of base station information can be determined. After the distance of the base station, it can be found that the electronic device may be any point on a circle with the actual location information of the base station corresponding to the group of base station information as the center and the distance between the electronic device and the base station of the group of base station information as the radius; and Since the user does not have high requirements on positioning accuracy, the actual location information of the base station corresponding to the group of base station information may be directly used as the actual location information of the electronic device.

S03：应用处理器当前查找的网络信息中包括至少两组基站信息时，依据与至少两组基站信息中的每一组基站信息对应的基站实际位置信息计算电子设备的实际位置信息。S03: When the currently searched network information by the application processor includes at least two sets of base station information, calculate the actual location information of the electronic device based on the base station actual location information corresponding to each set of base station information in the at least two sets of base station information.

当应用处理器从预存储的基站位置信息数据库中查找与某一条网络信息中的每一组基站信息对应的基站实际位置信息时，若该条网络信息包括至少两组基站信息，那么，则可以根据该条网络信息包括的至少两组基站信息中的每一组基站信息对应的基站实际位置信息计算电子设备的实际位置信息。When the application processor looks up the base station actual location information corresponding to each group of base station information in a certain piece of network information from the pre-stored base station location information database, if the piece of network information includes at least two groups of base station information, then it can be The actual position information of the electronic device is calculated according to the base station actual position information corresponding to each set of base station information included in the piece of network information.

具体的，每一组基站信息对应的基站实际位置信息均至少包括基站经度、基站纬度和基站信号覆盖范围；Specifically, the actual location information of the base station corresponding to each set of base station information at least includes the longitude of the base station, the latitude of the base station, and the signal coverage of the base station;

首先，计算每一组基站信息的基站与电子设备的距离D；First, calculate the distance D between the base station and the electronic device for each set of base station information;

每一组基站信息均包含有基站信号强度BSSS，那么，通过判断基站信号强度BSSS是否在电子设备的预设的最小信号强度BSSS(Min)和最大信号强度BSSS(Max)范围内，来计算每一组基站信息的基站与电子设备的距离D；Each set of base station information includes the base station signal strength BSSS. Then, by judging whether the base station signal strength BSSS is within the range of the preset minimum signal strength BSSS(Min) and maximum signal strength BSSS(Max) of the electronic device, calculate each The distance D between the base station and the electronic equipment of a set of base station information;

当基站信号强度BSSS≥最大信号强度BSSS(Max)时，确定该组基站信息的基站与电子设备的距离D为零；When the base station signal strength BSSS ≥ maximum signal strength BSSS (Max), determine the distance D between the base station and the electronic equipment of the group of base station information to be zero;

当基站信号强度BSSS≤最小信号强度BSSS(Min)时，确定该组基站信息的基站与电子设备的距离D等于基站信号覆盖范围BSSR；When the base station signal strength BSSS≤minimum signal strength BSSS (Min), determine the distance D between the base station and the electronic equipment of the group of base station information to be equal to the base station signal coverage BSSR;

当最小信号强度BSSS(Min)＜基站信号强度BSSS＜最大信号强度BSSS(Max)时，确定该组基站信息的基站与电子设备的距离D等于BSSR/【BSSS(Max)-BSSS(Min)】*【BSSS-BSSS(Min)】；When the minimum signal strength BSSS(Min)<base station signal strength BSSS<maximum signal strength BSSS(Max), the distance D between the base station and the electronic device for determining the group of base station information is equal to BSSR/[BSSS(Max)-BSSS(Min)] *【BSSS-BSSS(Min)】;

其中，最小信号强度BSSS(Min)和最大信号强度BSSS(Max)可以根据实际经验预先设定，具体数值在本发明中没有限定；如最大信号强度BSSS(Max)为-20dbm，最小信号强度BSSS(Min)为-100dbm。Wherein, the minimum signal strength BSSS (Min) and the maximum signal strength BSSS (Max) can be preset according to actual experience, and specific values are not limited in the present invention; For example, the maximum signal strength BSSS (Max) is -20dbm, and the minimum signal strength BSSS (Min) is -100dbm.

其次，当查找的网络信息中仅包括两组基站信息时，假设包括A组基站信息和B组基站信息，那么，需要先确定以A组基站信息所对应的基站实际位置信息为圆心，以A组基站信息的基站与电子设备的距离DA为半径的圆与以B组基站信息所对应的基站实际位置信息为圆心，以B组基站信息所对应的基站与电子设备的距离DB为半径的圆的位置关系；Secondly, when the searched network information only includes two groups of base station information, assuming that it includes group A base station information and group B base station information, then it is necessary to first determine the actual location information of the base station corresponding to group A base station information as the center of the circle, and use The circle whose radius is the distance DA between the base station and the electronic equipment of the group base station information and the actual location information of the base station corresponding to the group B base station information is the center of the circle, and the radius DB is the distance DB between the base station and the electronic equipment corresponding to the group B base station information positional relationship;

若两个圆相离，可以确定两个圆相距最近的两个点相连的直线的中点的实际位置信息为电子设备的实际位置信息；如图3所示，A组基站信息的基站的A点与B组基站信息的基站B点相连的直线的中点C点的实际位置信息为电子设备的实际位置信息。If the two circles are far apart, it can be determined that the actual position information of the midpoint of the straight line connecting the two closest points of the two circles is the actual position information of the electronic equipment; as shown in Figure 3, the A The actual location information of point C, the midpoint of the straight line connected to the base station point B of the group B base station information, is the actual location information of the electronic device.

若两个圆外切，可以确定两个圆外切的点为中点，该中点为电子设备的实际位置信息；If the two circles are circumscribed, the point at which the two circles are circumscribed can be determined as the midpoint, and the midpoint is the actual position information of the electronic device;

若两个圆相交，可以确定两个圆相交的两个点相连的直线的中点的实际位置信息为电子设备的实际位置信息；如图4所示，A组基站信息的基站的A点与B组基站信息的基站B点相连的直线的中点C点的实际位置信息为电子设备的实际位置信息。If two circles intersect, it can be determined that the actual position information of the midpoint of the straight line connected by the two points intersected by the two circles is the actual position information of the electronic equipment; The actual location information of point C, the midpoint of the straight line connecting the base station points B of the group B base station information, is the actual location information of the electronic equipment.

此外，当查找的某条网络信息中包括三组基站信息时，可以确定三个圆中每两个圆之间的中点(确定方法参见上述内容)，那么，三个圆最终可以确定三个中点，以三个中点的中心点作为电子设备的实际位置信息；In addition, when a piece of network information to be searched includes three sets of base station information, the midpoint between every two circles in the three circles can be determined (see the above content for the determination method), then the three circles can finally determine three Midpoint, the center point of the three midpoints is used as the actual location information of the electronic device;

如图5所示，为三个圆的一种位置关系；A组基站信息的基站与C组基站信息的基站的中点为A点，A组基站信息的基站与B组基站信息的基站的中点为B点，B组基站信息的基站与C组基站信息的基站的中点为C点；A点、B点和C点的中心点为D点，那么，可以确定D点的实际位置信息为电子设备的实际位置信息。As shown in Figure 5, it is a positional relationship of three circles; the midpoint between the base station of group A base station information and the base station of group C base station information is point A, and the base station of group A base station information and the base station of group B base station information The midpoint is point B, and the midpoint between the base station of group B base station information and the base station information of group C base station is point C; the center point of point A, point B and point C is point D, then, the actual position of point D can be determined The information is the actual location information of the electronic device.

最后，当查找到的某条网络信息中包括三组以上基站信息时，可以从该网络信息中选出基站信号强度最强的三组基站信息，进而参考上述确定方式确定出电子设备的实际位置信息。Finally, when a piece of network information found includes more than three sets of base station information, the three sets of base station information with the strongest base station signal strength can be selected from the network information, and then the actual location of the electronic device can be determined by referring to the above determination method information.

需要说明的是，确定某一点(如图3中的C点、图4中的C点以及图5中的D点)的实际位置信息的经度和纬度可以依据网络信息中每一组基站信息所对应的实际位置信息，每一组基站信息的基站与电子设备的距离D计算得出，而具体的计算过程为现有的计算方法，本发明不再详细赘述。It should be noted that, to determine the longitude and latitude of the actual location information of a certain point (such as point C in Figure 3, point C in Figure 4, and point D in Figure 5) can be determined according to each group of base station information in the network information. The corresponding actual location information is obtained by calculating the distance D between the base station and the electronic device for each set of base station information, and the specific calculation process is an existing calculation method, which will not be described in detail in the present invention.

实施例四Embodiment four

本发明又一个实施例还公开了一种位置定位方法，如图6所示，该方法可以包括以下步骤：Yet another embodiment of the present invention also discloses a position positioning method, as shown in FIG. 6, the method may include the following steps:

步骤601：应用处理器接收到定位请求时，生成携带有预设的采集时间间隔的位置信息记录请求；Step 601: When the application processor receives a location request, it generates a location information recording request with a preset collection time interval;

步骤602：应用处理器将位置信息记录请求发送至基带处理器，并进入第一状态；Step 602: the application processor sends the location information recording request to the baseband processor, and enters the first state;

步骤603：基带处理器接收应用处理器发送的位置信息记录请求，按照位置信息记录请求中携带的采集时间间隔依次收集电子设备当前的网络信息并保存；Step 603: The baseband processor receives the location information record request sent by the application processor, and sequentially collects and saves the current network information of the electronic device according to the collection time interval carried in the location information record request;

步骤604：基带处理器确定工作状态满足预设要求时，向应用处理器发送唤醒指令；Step 604: When the baseband processor determines that the working state meets the preset requirements, send a wake-up instruction to the application processor;

步骤605：应用处理器接收基带处理器发送的唤醒指令，由第一状态切换至第二状态，并在第二状态下，接收基带处理器发送的网络信息；Step 605: The application processor receives the wake-up instruction sent by the baseband processor, switches from the first state to the second state, and receives network information sent by the baseband processor in the second state;

步骤606：当应用处理器确定需要间接在电子设备上显示电子设备的位置信息时，应用处理器依据网络信息中的信息采集时间确定基带处理器采集每一条网络信息的先后顺序；Step 606: When the application processor determines that the location information of the electronic device needs to be indirectly displayed on the electronic device, the application processor determines the order in which the baseband processor collects each piece of network information according to the information collection time in the network information;

其中，间接在电子设备上显示电子设备的位置信息的方式为通过预存储的地图进行显示的方式。Wherein, the method of indirectly displaying the location information of the electronic device on the electronic device is a method of displaying through a pre-stored map.

需要说明的是，应用处理器确定是否需要间接在电子设备上显示电子设备的位置信息的实现方式有多种，本发明并没有具体限定；例如，可以支持用户自定义，即用户在电子设备触发开始定位前预先设定或者在定位过程中，生成选择框，以确定用户是否需要间接在电子设备上显示电子设备的位置信息；还可以有系统预先定义好，即系统预先定义为间接在电子设备上显示电子设备的位置信息的实现方式；还可以为在系统预先定位好的基础上，支持用户自定义。It should be noted that there are many ways for the application processor to determine whether to indirectly display the location information of the electronic device on the electronic device, which is not specifically limited in the present invention; Preset before starting positioning or generate a selection box during the positioning process to determine whether the user needs to indirectly display the location information of the electronic device on the electronic device; there can also be a system that is pre-defined, that is, the system is pre-defined as indirectly displaying the electronic device's location information The implementation method of displaying the location information of the electronic device on the computer; it can also support user-defined on the basis of the pre-positioned system.

由于基带处理器是工作状态满足预设要求时，将所收集的网络信息发送给应用处理器，因此，应用处理器所接收的网络信息并不止一条网络信息，而应用处理器可以依据网络信息中的信息采集时间来确定基带处理器采集每一条网络信息的先后顺序。Since the baseband processor sends the collected network information to the application processor when the working state meets the preset requirements, the network information received by the application processor is not more than one piece of network information, and the application processor can The information collection time is used to determine the order in which the baseband processor collects each piece of network information.

步骤607：应用处理器按照所确定的先后顺序，依据每一条网络信息依次定位电子设备的地图位置信息；Step 607: The application processor sequentially locates the map location information of the electronic device according to each piece of network information according to the determined sequence;

应用处理器在确定基带处理器采集每一条网络信息的先后顺序后，先依据基带处理器最先采集的网络信息定位电子设备的地图位置信息，再依据基带处理器相邻最先采集的网络信息的第二优先采集的网络信息来定位电子设备的地图位置信息，依次类推，最后依据基带处理器最后采集的网络信息定位电子设备的地图位置信息。After the application processor determines the order in which each piece of network information is collected by the baseband processor, it first locates the map location information of the electronic device based on the network information collected first by the baseband processor, and then according to the network information collected first by the adjacent baseband processor The second priority collected network information is used to locate the map location information of the electronic device, and so on, and finally the map location information of the electronic device is positioned based on the network information last collected by the baseband processor.

其中，电子设备的地图位置信息至少包括经度LNG和纬度LAT。Wherein, the map location information of the electronic device at least includes longitude LNG and latitude LAT.

步骤608：应用处理器在预存储的地图上查找地图位置信息，确定目标位置；Step 608: The application processor searches the map location information on the pre-stored map to determine the target location;

步骤609：应用处理器在电子设备上输出标记有目标位置的地图。Step 609: The application processor outputs a map marked with the target location on the electronic device.

其中，应用处理器可以在依据电子设备的地图位置信息的经纬度在预存储的地图上查找目标位置，将查找到的目标位置进行标记，从而将标记有目标位置的地图呈现给用户。Wherein, the application processor may search the target position on the pre-stored map according to the latitude and longitude of the map position information of the electronic device, mark the found target position, and present the map marked with the target position to the user.

需要说明的是，由于每一条网络信息均对应一个电子设备的地图位置信息，因此，电子设备的地图位置信息不止一个，应用处理器还可以依据将地图上所标记的目标位置依据每一条网络信息的信息采集时间的先后顺序进行连接，以展现出电子设备的行程路线。It should be noted that since each piece of network information corresponds to the map location information of an electronic device, there is more than one map location information of an electronic device, and the application processor can also base each piece of network information on the basis of the target location marked on the map. The sequence of information collection time is connected to show the travel route of the electronic device.

实施例五Embodiment five

在该实施例中，本发明进一步的对实施例四中的步骤607，即应用处理器按照所确定的先后顺序，依据每一条网络信息依次定位电子设备的地图位置信息进行详细介绍；In this embodiment, the present invention further introduces in detail the step 607 in the fourth embodiment, that is, the application processor locates the map location information of the electronic device sequentially according to each piece of network information according to the determined sequence;

具体的，应用处理器按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的实际位置信息，可以包括以下步骤：Specifically, the application processor sequentially locates the actual location information of the electronic device according to each piece of network information according to the sequence, which may include the following steps:

S1：应用处理器按照先后顺序，依次从预存储的基站位置信息数据库中查找与每一条网络信息中的每一组基站信息对应的基站实际位置信息和基站纠偏位置信息；S1: The application processor sequentially searches the pre-stored base station location information database for the actual location information of the base station and the correction location information of the base station corresponding to each group of base station information in each piece of network information;

应用处理器预先存储有基站位置信息数据库，该基站位置信息数据库中存储有与每一基站的基站代码信息、基站实际位置信息和基站纠偏位置信息。The application processor pre-stores a base station location information database, and the base station location information database stores the base station code information of each base station, the actual location information of the base station and the deviation correction location information of the base station.

基站纠偏位置信息至少包括基站的纠偏经度OLNG、基站的纠偏纬度LAT；The base station correction position information includes at least the correction longitude OLNG of the base station and the correction latitude LAT of the base station;

需要说明的是，基站实际位置信息能够表征基站的实际所处位置，而基站纠偏位置信息为与地图显示相匹配的纠偏值。It should be noted that the actual location information of the base station can represent the actual location of the base station, and the correction location information of the base station is a correction value that matches the map display.

而应用处理器所接收的每一条网络信息中的每一组基站信息中均至少包括移动国家代码MMC、移动网络号码MNC、位置区域码LAC、基站编号CID；因此，可以在预存储的数据库中查找与每一条网络信息中的每一组基站信息对应的基站实际位置信息和基站纠偏位置信息。Each group of base station information in each piece of network information received by the application processor at least includes a mobile country code MMC, a mobile network number MNC, a location area code LAC, and a base station number CID; The base station actual position information and the base station deviation correction position information corresponding to each group of base station information in each piece of network information are searched.

S2：依据基站实际位置信息和基站纠偏位置信息确定与每一组基站信息对应的基站地图位置信息；S2: Determine the base station map location information corresponding to each group of base station information according to the actual location information of the base station and the correction location information of the base station;

具体的，基站地图位置信息的经度等于基站实际位置信息中的经度与基站纠偏位置信息中的纠偏经度之和；Specifically, the longitude of the base station map location information is equal to the sum of the longitude in the actual location information of the base station and the correction longitude in the correction location information of the base station;

基站地图位置信息的纬度等于基站实际位置信息中的纬度与基站纠偏位置信息中的纠偏纬度之和。The latitude of the base station map location information is equal to the sum of the latitude in the actual location information of the base station and the correction latitude in the correction location information of the base station.

S3：应用处理器当前查找的网络信息中仅包括一组基站信息时，确定查找到的基站地图位置信息为电子设备的地图位置信息；S3: When the currently searched network information by the application processor only includes a set of base station information, determine that the found map location information of the base station is the map location information of the electronic device;

S4：应用处理器当前查找的网络信息中包括至少两组基站信息时，依据与至少两组基站信息中的每一组基站信息对应的基站地图位置信息计算所述电子设备的地图位置信息。S4: When the network information currently searched by the application processor includes at least two sets of base station information, calculate the map position information of the electronic device according to the base station map position information corresponding to each set of base station information in the at least two sets of base station information.

需要说明的是，计算电子设备的地图位置信息的过程与计算电子设备的实际位置信息的过程的不同之处仅在于，该实施例中，依据的均是步骤S2中所确定的基站地图位置信息；而实施例三中，依据的均是步骤S01中所确定基站实际位置信息；因此，计算电子设备的地图位置信息的实现方式可以参见实施例三，在此不再详细赘述。It should be noted that the difference between the process of calculating the map position information of the electronic device and the process of calculating the actual position information of the electronic device is that, in this embodiment, both are based on the base station map position information determined in step S2 ; and in the third embodiment, it is based on the actual location information of the base station determined in step S01; therefore, the implementation method of calculating the map location information of the electronic device can refer to the third embodiment, and will not be described in detail here.

实施例六Embodiment six

本发明另一实施例还公开了一种位置定位方法，与实施例一的区别在于，该方法还包括：Another embodiment of the present invention also discloses a location positioning method, which differs from Embodiment 1 in that the method further includes:

步骤SA：当应用处理器接收到停止定位请求时，检测应用处理器的当前状态；Step SA: When the application processor receives a stop positioning request, detect the current state of the application processor;

其中，当用户欲停止对电子设备进行定位时，可以触发电子设备上预设的第二操控控件，而应用处理器在检测到用户触发电子设备上第二操控控件时，确定接收到停止定位请求。Wherein, when the user wants to stop locating the electronic device, the preset second manipulation control on the electronic device may be triggered, and the application processor determines that a stop positioning request is received when detecting that the user triggers the second manipulation control on the electronic device .

需要说明的是，在上一实施例提及的第一操控控件和本实施例中提及的第二操控控件可以为同一操控控件也可以为不同的操控控件，当为同一操控控件时，用户对电子设备进行定位触发操控控件时操控控件的状态和用户停止对电子设备进行定位触发操控控件时操控控件的状态不同。It should be noted that the first manipulation control mentioned in the previous embodiment and the second manipulation control mentioned in this embodiment may be the same manipulation control or different manipulation controls. The state of the manipulation control when the electronic device is positioned to trigger the manipulation control is different from the state of the manipulation control when the user stops positioning the electronic device to trigger the manipulation control.

当然，在本发明中，无论是用户对电子设备进行定位还是停止对电子设备进行定位，都不仅限定操控控件的触发方式，还可以通过其他的方式实现，如语音触发。Of course, in the present invention, no matter whether the user locates the electronic device or stops positioning the electronic device, the triggering mode of the manipulation control is not limited, and it can also be realized by other ways, such as voice triggering.

当应用处理器接收到停止定位请求时，会检测自身的当前状态为第一状态还是第二状态。When the application processor receives the stop positioning request, it will detect whether its current state is the first state or the second state.

步骤SB：当确定应用处理器的当前状态为第一状态时，应用处理器由第一状态切换至第二状态；Step SB: when it is determined that the current state of the application processor is the first state, the application processor switches from the first state to the second state;

而当应用处理器的当前状态为第二状态时，则不需要进行切换。However, when the current state of the application processor is the second state, switching is not required.

步骤SC：在第二状态下，应用处理器生成并发送位置信息停止记录请求至基带处理器；Step SC: In the second state, the application processor generates and sends a location information stop recording request to the baseband processor;

SD：基带处理器接收应用处理器发送的位置信息停止记录请求，停止收集电子设备当前的网络信息。SD: The baseband processor receives the location information stop recording request sent by the application processor, and stops collecting the current network information of the electronic device.

基带处理器在停止收集电子设备当前的网络信息后，若仍保存有网络信息，则可以将所保存的网络信息发送给应用处理器。After the baseband processor stops collecting the current network information of the electronic device, if the network information is still saved, it can send the saved network information to the application processor.

需要说明的是，本实施例中的步骤SA、步骤SB以及步骤SC可以在上述方法实施例的步骤101～105任意一步骤后执行。It should be noted that step SA, step SB and step SC in this embodiment may be performed after any one of steps 101 to 105 in the above method embodiment.

实施例八Embodiment Eight

本发明一个实施例还公开了一种电子设备，该电子设备可以为手机、掌上电脑、平板电脑，如图7所示，该电子设备可以包括：应用处理器701和基带处理器702；其中：An embodiment of the present invention also discloses an electronic device, which may be a mobile phone, a palmtop computer, or a tablet computer. As shown in FIG. 7 , the electronic device may include: an application processor 701 and a baseband processor 702; wherein:

应用处理器701可以用于在接收到定位请求时，生成携带有预设的采集时间间隔的位置信息记录请求，将位置信息记录请求发送至基带处理器702，并进入第一状态；The application processor 701 may be configured to generate a location information recording request with a preset acquisition time interval when receiving a positioning request, send the location information recording request to the baseband processor 702, and enter the first state;

基带处理器702可以用于接收应用处理器发送的位置信息记录请求，按照位置信息记录请求中携带的采集时间间隔依次收集电子设备当前的网络信息并保存，并在确定基带处理器的工作状态满足预设要求时，向应用处理器701发送唤醒指令；The baseband processor 702 can be used to receive the location information record request sent by the application processor, collect and save the current network information of the electronic device in sequence according to the collection time interval carried in the location information record request, and determine that the working state of the baseband processor meets the requirements. Sending a wake-up instruction to the application processor 701 when a preset requirement is required;

应用处理器701可以用于接收基带处理器702发送的唤醒指令，由第一状态切换至第二状态，并在第二状态下，接收基带处理器702发送的网络信息；The application processor 701 may be configured to receive a wake-up instruction sent by the baseband processor 702, switch from the first state to the second state, and receive network information sent by the baseband processor 702 in the second state;

其中，应用处理器在第一状态下的功耗小于应用处理器在所述第二状态下的功耗。Wherein, the power consumption of the application processor in the first state is smaller than the power consumption of the application processor in the second state.

在本发明实施例中，基带处理在确定所述基带处理器确定工作状态满足预设要求时，向应用处理器发送唤醒指令，具体为：基带处理器用于在确定收集网络信息的时间达到预设时间时，向应用处理器发送唤醒指令；In the embodiment of the present invention, the baseband processing sends a wake-up instruction to the application processor when it is determined that the baseband processor determines that the working state meets the preset requirements, specifically: the baseband processor is used to reach the preset time when the network information is determined to be collected. When the time expires, send a wake-up command to the application processor;

和/或，基带处理器用于在确定收集的网络信息量达到预设的网络信息量时，向应用处理器发送唤醒指令。And/or, the baseband processor is configured to send a wake-up instruction to the application processor when it is determined that the amount of network information collected reaches a preset amount of network information.

实施例九Embodiment nine

该实施例与实施例八的区别在于，应用处理器在接收基带处理器发送的网络信息之后，还用于在确定需要直接在电子设备上显示电子设备的位置信息时，依据网络信息中的信息采集时间确定基带处理器采集每一条网络信息的先后顺序，按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的实际位置信息，并在所述电子设备上输出所述电子设备的实际位置信息。The difference between this embodiment and the eighth embodiment is that, after receiving the network information sent by the baseband processor, the application processor is further configured to, according to the information in the network information, determine that the location information of the electronic device needs to be directly displayed on the electronic device. The collection time determines the sequence in which the baseband processor collects each piece of network information, and according to the sequence, locates the actual location information of the electronic device in sequence according to each piece of network information, and outputs the location information of the electronic device on the electronic device. Actual location information.

在本发明中，应用处理器按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的实际位置信息可以为：应用处理器按照先后顺序，依次从预存储的基站位置信息数据库中查找与每一条网络信息中的每一组基站信息对应的基站实际位置信息，在当前查找的网络信息中仅包括一组基站信息时，确定查找到的所述基站实际位置信息为电子设备的实际位置信息，在当前查找的网络信息中包括至少两组基站信息时，依据与至少两组基站信息中的每一组基站信息对应的基站实际位置信息计算电子设备的实际位置信息。In the present invention, the application processor sequentially locates the actual location information of the electronic device according to each piece of network information according to the sequence: the application processor sequentially searches the pre-stored base station location information database according to the sequence The base station actual location information corresponding to each set of base station information in each piece of network information, when the currently searched network information only includes a set of base station information, determine that the found base station actual location information is the actual location of the electronic device Information, when at least two sets of base station information are included in the currently searched network information, the actual location information of the electronic device is calculated according to the base station actual location information corresponding to each set of base station information in the at least two sets of base station information.

实施例十Embodiment ten

该实施例与实施例八的区别在于，应用处理器接收基带处理器发送的网络信息之后，还用于在确定需要间接在电子设备上显示电子设备的位置信息时，依据网络信息中的信息采集时间确定基带处理器采集每一条网络信息的先后顺序，按照先后顺序，依据每一条网络信息依次定位电子设备的地图位置信息，在预存储的地图上查找地图位置信息，确定目标位置，输出标记有目标位置的地图。The difference between this embodiment and the eighth embodiment is that after the application processor receives the network information sent by the baseband processor, it is also used to collect information according to the information in the network information when it is determined that the location information of the electronic device needs to be indirectly displayed on the electronic device. The time determines the sequence in which the baseband processor collects each piece of network information. According to the sequence, the map location information of the electronic device is located in turn according to each piece of network information, and the map location information is searched on the pre-stored map to determine the target location. The output is marked with A map of the target location.

在本发明中，应用处理器按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的地图位置信息可以为：应用处理器按照先后顺序，依次从预存储的基站位置信息数据库中查找与每一条网络信息中的每一组基站信息对应的基站实际位置信息和基站纠偏位置信息，依据基站实际位置信息和基站纠偏位置信息确定与每一组基站信息对应的基站地图位置信息，在当前查找的网络信息中仅包括一组基站信息时，确定所述基站地图位置信息为所述电子设备的地图位置信息，在当前查找的网络信息中包括至少两组基站信息时，依据与所述至少两组基站信息中的每一组基站信息对应的基站地图位置信息计算所述电子设备的地图位置信息。In the present invention, the application processor sequentially locates the map location information of the electronic device according to each piece of network information according to the sequence: the application processor sequentially searches the pre-stored base station location information database according to the sequence Base station actual location information and base station correction location information corresponding to each group of base station information in each piece of network information, determine the base station map location information corresponding to each group of base station information according to the base station actual location information and base station correction location information, in the current When the searched network information only includes one set of base station information, determine that the base station map location information is the map location information of the electronic device, and when the currently searched network information includes at least two sets of base station information, according to the at least The base station map position information corresponding to each set of base station information in the two sets of base station information calculates the map position information of the electronic device.

实施例十一Embodiment Eleven

该实施例与实施例八的区别在于，应用处理器还用于当接收到停止定位请求时，检测应用处理器的当前状态，当确定应用处理器的当前状态为第一状态时，由第一状态切换至第二状态，在第二状态下，生成并发送位置信息停止记录请求至基带处理器；The difference between this embodiment and the eighth embodiment is that the application processor is also used to detect the current state of the application processor when receiving the stop positioning request, and when it is determined that the current state of the application processor is the first state, the first The state is switched to the second state, and in the second state, a location information stop recording request is generated and sent to the baseband processor;

基带处理器还用于接收应用处理器发送的位置信息停止记录请求，停止收集电子设备当前的网络信息。The baseband processor is also used to receive the location information stop recording request sent by the application processor, and stop collecting the current network information of the electronic device.

以上各装置的实施例与方法实施例相对应，具体可参见方法实施例，在此不再详细赘述。The above embodiments of each device correspond to the method embodiments, for details, reference may be made to the method embodiments, which will not be described in detail here.

本说明书中各个实施例采用递进的方式描述，每个实施例重点说明的都是与其他实施例的不同之处，各个实施例之间相同相似部分互相参见即可。对于实施例公开的装置而言，由于其与实施例公开的方法相对应，所以描述的比较简单，相关之处参见方法部分说明即可。Each embodiment in this specification is described in a progressive manner, each embodiment focuses on the difference from other embodiments, and the same and similar parts of each embodiment can be referred to each other. As for the device disclosed in the embodiment, since it corresponds to the method disclosed in the embodiment, the description is relatively simple, and for the related information, please refer to the description of the method part.

对所公开的实施例的上述说明，使本领域专业技术人员能够实现或使用本发明。对这些实施例的多种修改对本领域的专业技术人员来说将是显而易见的，本文中所定义的一般原理可以在不脱离本发明的精神或范围的情况下，在其它实施例中实现。因此，本发明将不会被限制于本文所示的这些实施例，而是要符合与本文所公开的原理和新颖特点相一致的最宽的范围。The above description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the invention. Therefore, the present invention will not be limited to the embodiments shown herein, but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims

Translated fromChinese

1.一种位置定位方法，其特征在于，应用于电子设备中，所述电子设备包括应用处理器和基带处理器，该方法包括：1. A position positioning method, characterized in that it is applied in an electronic device, and the electronic device includes an application processor and a baseband processor, the method comprising:

2.根据权利要求1所述的方法，其特征在于，所述当所述基带处理器确定工作状态满足预设要求时，向所述应用处理器发送唤醒指令，具体为：2. The method according to claim 1, wherein when the baseband processor determines that the working state meets the preset requirements, it sends a wake-up instruction to the application processor, specifically:

3.根据权利要求1所述的方法，其特征在于，所述应用处理器接收所述基带处理器发送的网络信息之后，还包括：3. The method according to claim 1, wherein after the application processor receives the network information sent by the baseband processor, further comprising:

4.根据权利要求3所述的方法，其特征在于，所述应用处理器按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的实际位置信息，具体包括：4. The method according to claim 3, wherein the application processor sequentially locates the actual location information of the electronic device according to each piece of network information according to the sequence, specifically comprising:

5.根据权利要求1所述的方法，其特征在于，所述应用处理器接收所述基带处理器发送的网络信息之后，还包括：5. The method according to claim 1, wherein after the application processor receives the network information sent by the baseband processor, further comprising:

6.根据权利要求5所述的方法，其特征在于，所述应用处理器按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的地图位置信息，具体包括：6. The method according to claim 5, wherein the application processor sequentially locates the map location information of the electronic device according to each piece of network information according to the sequence, specifically comprising:

7.根据权利要求1所述的方法，其特征在于，还包括：7. The method of claim 1, further comprising:

8.一种电子设备，其特征在于，所述电子设备包括应用处理器和基带处理器；8. An electronic device, characterized in that the electronic device comprises an application processor and a baseband processor;

9.根据权利要求8所述的电子设备，其特征在于，所述基带处理在确定所述基带处理器确定工作状态满足预设要求时，向所述应用处理器发送唤醒指令，具体为：所述基带处理器用于在确定收集网络信息的时间达到预设时间时，向所述应用处理器发送唤醒指令；和/或，所述基带处理器用于在确定收集的网络信息量达到预设的网络信息量时，向所述应用处理器发送唤醒指令。9. The electronic device according to claim 8, wherein the baseband processing sends a wake-up instruction to the application processor when it is determined that the baseband processor determines that the working state meets the preset requirements, specifically: the The baseband processor is configured to send a wake-up instruction to the application processor when it is determined that the time for collecting network information reaches a preset time; and/or, the baseband processor is configured to determine that the amount of collected network information reaches a preset network When the amount of information is large, a wake-up instruction is sent to the application processor.

10.根据权利要求8所述的电子设备，其特征在于，所述应用处理器在接收所述基带处理器发送的网络信息之后，还用于在确定需要直接在所述电子设备上显示所述电子设备的位置信息时，依据所述网络信息中的信息采集时间确定所述基带处理器采集每一条网络信息的先后顺序，按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的实际位置信息，并在所述电子设备上输出所述电子设备的实际位置信息。10. The electronic device according to claim 8, wherein after receiving the network information sent by the baseband processor, the application processor is further configured to directly display the For the location information of the electronic device, determine the sequence in which the baseband processor collects each piece of network information according to the information collection time in the network information, and position the electronic device sequentially according to the sequence according to each piece of network information actual location information, and output the actual location information of the electronic device on the electronic device.

11.根据权利要求10所述的电子设备，其特征在于，所述应用处理器按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的实际位置信息为：所述应用处理器按照所述先后顺序，依次从预存储的基站位置信息数据库中查找与每一条网络信息中的每一组基站信息对应的基站实际位置信息，在当前查找的网络信息中仅包括一组基站信息时，确定查找到的所述基站实际位置信息为所述电子设备的实际位置信息，在当前查找的网络信息中包括至少两组基站信息时，依据与所述至少两组基站信息中的每一组基站信息对应的基站实际位置信息计算所述电子设备的实际位置信息。11. The electronic device according to claim 10, wherein the application processor sequentially locates the actual location information of the electronic device according to each piece of network information according to the sequence: the application processor according to In the sequence, the base station actual location information corresponding to each group of base station information in each piece of network information is searched sequentially from the pre-stored base station location information database, and when only one group of base station information is included in the currently searched network information, Determine that the found actual location information of the base station is the actual location information of the electronic device, and when the currently searched network information includes at least two groups of base station information, according to each group of base stations in the at least two groups of base station information The actual location information of the base station corresponding to the information calculates the actual location information of the electronic device.

12.根据权利要求8所述的电子设备，其特征在于，所述应用处理器接收所述基带处理器发送的网络信息之后，还用于在确定需要间接在所述电子设备上显示所述电子设备的位置信息时，依据所述网络信息中的信息采集时间确定所述基带处理器采集每一条网络信息的先后顺序，按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的地图位置信息，在预存储的地图上查找所述地图位置信息，确定目标位置，输出标记有目标位置的地图。12. The electronic device according to claim 8, wherein after the application processor receives the network information sent by the baseband processor, it is further configured to indirectly display the electronic For the location information of the device, the order in which the baseband processor collects each piece of network information is determined according to the information collection time in the network information, and the map of the electronic device is sequentially positioned according to each piece of network information according to the order Position information, searching for the map position information on a pre-stored map, determining the target position, and outputting a map marked with the target position.

13.根据权利要求12所述的电子设备，其特征在于，所述应用处理器按照所述先后顺序，依据每一条网络信息依次定位所述电子设备的地图位置信息为：所述应用处理器按照所述先后顺序，依次从预存储的基站位置信息数据库中查找与每一条网络信息中的每一组基站信息对应的基站实际位置信息和基站纠偏位置信息，依据所述基站实际位置信息和所述基站纠偏位置信息确定与每一组基站信息对应的基站地图位置信息，在当前查找的网络信息中仅包括一组基站信息时，确定所述基站地图位置信息为所述电子设备的地图位置信息，在当前查找的网络信息中包括至少两组基站信息时，依据与所述至少两组基站信息中的每一组基站信息对应的基站地图位置信息计算所述电子设备的地图位置信息。13. The electronic device according to claim 12, wherein the application processor sequentially locates the map location information of the electronic device according to the sequence according to each piece of network information: In the sequence, the base station actual location information and base station correction location information corresponding to each group of base station information in each piece of network information are searched in sequence from the pre-stored base station location information database, and according to the base station actual location information and the The base station correction position information determines the base station map position information corresponding to each set of base station information, and when the currently searched network information only includes a set of base station information, determine the base station map position information as the map position information of the electronic device, When the currently searched network information includes at least two sets of base station information, calculate the map position information of the electronic device according to base station map position information corresponding to each set of base station information in the at least two sets of base station information.

14.根据权利要求8所述的电子设备，其特征在于，所述应用处理器还用于当接收到停止定位请求时，检测所述应用处理器的当前状态，当确定所述应用处理器的当前状态为所述第一状态时，由所述第一状态切换至第二状态，在所述第二状态下，生成并发送位置信息停止记录请求至所述基带处理器；14. The electronic device according to claim 8, wherein the application processor is further configured to detect the current state of the application processor when receiving a stop positioning request, and when it is determined that the application processor When the current state is the first state, switch from the first state to a second state, and in the second state, generate and send a location information stop recording request to the baseband processor;