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	GNSS Training Presentation Materials
SYSTEMSè	GPS By Jeff Auerbach Office of Space Affairs U.S. Department of State	GLONASS IVAN REVNIYKH ROSCOSMOS STATE SPACE CORPORATION	Galileo Dominic HAYES, European Commission (EC)	QZSS Satoshi Kogure Space Policy Committee Cabinet Office Japan	KPS TAEGYU KIM Ministry of Science and ICT
GNSSè	GNSS Introduction Part – 01 Dinesh	QZSS Application N. Kubo TUMSAT	GNSS Software and Data Formats Avinab
ICGè	International Committee on GNSS Recent Developments Sharafat, ICG	International Committee on GNSS: Space Weather Sharafat, ICG
Data Processingè	RTK Data Processing Part – 01 /Part – 02 Kaito, Ozeki, Kubo TUMSAT RTK Data Processing Kaito, Ozeki, Kubo TUMSAT		Access GNSS Receivers at UTOKYO Dinesh	GNSS Smart Phone Data
MADOCA PPPè	MADOCA Introduction	MAD-WIN	MADROID	MAD-PI
Early Warning System	QZSSEWS Dinesh	Spresense Introduction Dinesh
GNSS Applications è	GNSS Applications Dinesh UTOKYO	GNSS for Sports and Livestock Monitoring KOHTAKE KEIO Univ	Palm Oil Plantation Monitoring KODAKA KEIO Univ
Sample data and Field data are available upon request. Send e-mail dinesh{at}csis.u-tokyo.ac.jp		Ø GNSS Sample Data for Training Ø GNSS Data Collected during the Field Survey
GNSS for Policy and Decision Makers
Please refer to the presentation materials for UTOKYO/ICG GNSS Training as well.
GNSS Introduction Part – 01 Dinesh	QZSS Application N. Kubo TUMSAT	GNSS Applications Dinesh UTOKYO	Receiver Selection Guidelines (High-End) Dinesh	Technical Specification Comparison Sheet Dinesh
Pilot Projects	Discussion on the use of GNSS for Early Warning System	Discussion on the use of GPS for Traffic Congestion Monitoring	Discussions on Gate-Less Gate Dynamic Road Pricing SRP (Satellite-based Road Pricing)

UTokyo / ICG GNSSTraining

11 – 14 January2022

DownloadPresentation Files, Training Files

Training Schedule	GNSS Training Presentation Materials
GNSSè	Beidou	NavIC	Galileo	GPS	QZSS
Generalè	GNSS Activities UTokyo	Software Install Setup Check Data	Basic GNSS Introduction	Access GNSS Receiver UTokyo	QZSS EWS
RTKè	QZSS Correction Services	RTK Data Processing M01	RTK Data ProcessingM02
MADOCA PPPè	MADOCA Introduction	MADOCA Low-Cost Receiver System
	GNSS Smart Phone Data
GNSS for Policy and Decision Makers
	UTokyo Activities	Basic GNSS Introduction	Low-Cost and Smart Phone Devices	GNSS Challenges
	Receiver Selection Guidelines (High-End)	Technical Specification Comparison Sheet

(Alsoavailable at ICG Homepage)

UTokyo / ICG GNSS Training 11 – 14 January 2022
Software Download Links
RTKDROID Link	RTKLIB Link GITHUB Link	u-Center for Windows	u-Blox Driver Setup	u-Blox Data Log Setup
	RTKLIB Software ZIP file download	MADOCA PPP Software Download Link
Data for Training
Dataset 01 (Static) 2022	Dataset 02 (Dynamic) 2022
Other Sample Data
Static Data	Dynamic Data M8T	Dynamic Data F9P	TUMSAT Base Station Coordinate	RTK Dataset 01 RTK Dataset 02
Smart-Phone Data
Xiaomi Mi8 (a)	Xiaomi Mi8 (b)	Xiaomi Mi8 (c)	Xiaomi Mi11 Lite 5G	OppoReno 3A
Data 01	Data 02	Data 03	Data 08 Data 09	Data 10
Data 04	Data 05 Data 06	Data 07
Antenna PCO/PCV Dataè	Xiaomi Mi11 Lite 5G PCO/PCV

GNSS DataProcessing for High-Accuracy Positioning using

Low-Cost ReceiverSystems

OnlineGNSS Training, 19 – 21 JAN 2021 and 28 JAN 2021

Training Report Download

Software Download Links
RTKDROID Link	RTKLIB OrGITHUB	u-Center for Windows	u-Blox Driver Setup	u-Blox Data Log Setup
GNSS Data for Training
RTK Dataset 01	RTK Dataset 02	Software
Other Sample Data
Static Data	Dynamic Data M8T	Dynamic Data F9P	TUMSAT Base Station Coordinate

GNSS Training at AIT, Thailand, 6 – 10 JAN 2020 Sample Data
Data from TUMSAT for RTK/PPK
Static Data	Dynamic Data M8T	Dynamic Data F9P	TUMSAT Base Station Coordinate
Data from UTokyo for Zero Base-Length Accuracy Analysis
Zero Base-Length Data	UT Base-Station Coordinate
Data for RTK, Logged in Thailand during Training
Day 2 Data	Day 3 (All Team Data)	Day 3 (Base-Station)	Day 3 (Septentrio Data)	Day 3 Data Information
Day 4 (Driving) Base-Station	Day 4 (Driving) F9 RTK	Day 4 (Driving) M8T	Day 4 (Driving) MADOCA PPP	Day 4 (Driving) MADOCA NMEA	Day 5 Data	Day 5 Data Info

Lecture Notes

Dinesh

Kobayashi

Sponsor’s Presentation

Past Trainings

GNSS Training, T151-30 &T141-18 held on 14 – 18 JAN 2019

Software

RTKDROID

Contact:

dinesh{at}iis.u-tokyo.ac.jp

u-Blox Data Log Setup

SW MAPS

Sample Data
Data for RTK, Logged in Tokyo
Galileo Test Data	u-blox F9 Static Data	u-blox F9 Kinematic Data	One Hour Static Data for RTK	24-Hour Static Data for RTK	Car Data for RTK
Data for RTK, Logged in Thailand during Training
Day 2 Data	Day 4 Data	Day 5 Data	Other Data
Team Data	Base-Station Data Team Data F9P Data	Base-station Data F9P Data M8P Data M8T Data Mi8 (smart-phone)	AIT to Airport Data (Logged by Car)

LectureNotes


DINESH	ANDREAS	GABRIELLA	SHARAFAT	KUBO
RPD Challenge	Galileo Introduction	Oppertunities in Galileo	ICG Introduction	15a_PPP_RTKLIB
GNSS Introduction	Galileo Application	Galileo Signals	ICG Activities on Capacity Development
QZSS Update		GNSS Receivers
Base-station Introduction		GNSS Errors
Low Cost Receiver System		SBAS-EGNOS

ASHMAN	MURAI	MIYAZAKI	AVINAB	MARTIN
Lecture Notes	Earthquake	S-Booster Introduction	Android APPs for GNSS	GNSS Downstream Markets

Reports

(Reports that are not categorized as PUBLIC are password protected

and only for the Training Participants, Resource Persons, Organizers and Sponsors)

Team Report

Team Presentation File

Training:

Facts & Figures

(Public)

Training Report Part A

(Public)

Training Report Part B

Videos on Low-CostHigh-Accuracy GNSS Receiver Systems

Low Cost GNSS Receiver Definition	https://www.youtube.com/watch?v=ZFcQwQlFvIo&t=37s
RTKDROID for Low Cost RTK System	https://www.youtube.com/watch?v=Z_C33io_8S4&t=106s
Low-Cost GNSS Receiver Type – 1	https://www.youtube.com/watch?v=QvauCCA6YnU&t=33s
Low-Cost GNSS Receiver Type – 2	https://www.youtube.com/watch?v=yxnLJD0Fljg&t=17s
Low-Cost GNSS Receiver Type – 3	https://www.youtube.com/watch?v=_Am2DDGVWmE
NUOL Video	https ://www.youtube.com/watch?v=JaicV8egzFo