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Schloss Dagstuhl - Leibniz Center for Informatics
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ICASSP 2016: Shanghai, China

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    AASP-L1:Room Acoustics and Geometry Estimation

    AASP-L2:Source Separation I

    AASP-L3:Signal Processing for Music

    AASP-L4:Microphone Array Processing

    AASP-L5:Source Separation II

    AASP-L6:Signal Processing for Reverberant Acoustic Environments

    AASP-L7:Noise Modeling and Signal Enhancement

    AASP-P1:Hearing Aids and Environmental Sound Recognition

    AASP-P2:Music Intormation Retrieval

    AASP-P3:Spatial Audio Processing and HRTFS

    AASP-P4:Microphone Arrays and Spatial Acoustic Processing I

    AASP-P5:Microphone Arrays and Spatial Acoustic Processing II

    AASP-P6:Source Separation & Denoising

    AASP-P7:Non-Negative Models

    AASP-P8:Noise, Echo, Feedback and Reverberation Reduction

    AASP-P9:Audio and Music Content Analysis

    AASP-P10:Noise Modelling, Signal Enhancement and Equalization

    AASP-P11:Audio Qualtity and Coding

    BISP-L1:Biomedical Image Reconstruction

    BISP-L2:Processing of Physiological and Functional Signals

    BISP-P1:Processing of Electro-Physiological Signals

    BISP-P2:Detection, Monitoring, and Analysis of Physiological Signals

    BISP-P3:Biomedical Signal Reconstruction, Processing, and Analysis

    BISP-P4:Bioinformatics and Biomedical Image Processing and Analysis

    BISP-P5:Segmentation, Classification, and Analysis of Biomedical Images

    DISPS-L1:Implementation of Signal Processing Systems

    DISPS-P1:Implementation of Communication Systems

    DISPS-P2:Algorithms and Implementations of Signal Processing Systems

    IVMSP-L1:Image Quality

    IVMSP-L2:Video Tracking

    IVMSP-L3:Image and Video Coding III

    IVMSP-L4:Retrieval I

    IVMSP-L5:Image Restoration

    IVMSP-L6:Image Enhancement

    IVMSP-L7:Video Analysis I

    IVMSP-L8:Face Detection and Analysis

    IVMSP-L9:Image Classification

    IVMSP-L10:Visual Feature Extraction

    IVMSP-P1:Image and Video Coding I

    IVMSP-P2:Image Formation

    IVMSP-P3:Image and Video Coding II

    IVMSP-P4:Video Segmentation and Tracking

    IVMSP-P5:Retrieval II

    IVMSP-P6:Image Scanning, Display and Quality

    IVMSP-P7:3D Processing

    IVMSP-P8:Interpolation and Super-Resolution

    IVMSP-P9:Image/Video Processing I

    IVMSP-P10:Image/Video Processing II

    IVMSP-P11:Image Segmentation

    IVMSP-P12:Image and Video Features

    IVMSP-P13:Image Analysis and Applications

    IVMSP-P14:Image Analysis

    IVMSP-P15:Video Analysis II

    IFS-L1:Information Forensics and Security

    IFS-P1:Multimedia Forensics

    IFS-P2:Biometrics and Surveillance

    IFS-P3:Watermarking, Steganography and Robust Hashing

    IFS-P4:Secure Communications and Privacy

    IDSP-P1:Industry DSP Technology

    MLSP-L1:Machine Learning for Speech and Audio Processing

    MLSP-L2:Learning Theory

    MLSP-L3:Classification and Pattern Recognition II

    MLSP-L4:Applications of Machine Learning in Signal Processing III

    MLSP-P1:Classification and Pattern Recognition I

    MLSP-P2:Clustering, Graphical and Kernel Models

    MLSP-P3:Applications of Machine Learning in Signal Processing I

    MLSP-P4:Matrix Factorization, Deep Learning and Source Separation

    MLSP-P5:Theory and Modeling

    MLSP-P6:Applications of Machine Learning in Signal Processing II

    MLSP-P7:Neural Networks

    MMSP-L1:Action and Activity Recognition

    MMSP-L2:Deep Learning Representations in Multimedia

    MMSP-L3:Multimodal Media Analysis

    MMSP-P1:Speech, Audio and Image Analysis

    MMSP-P2:Emotion and Action Recognition

    MMSP-P3:Virtual Reality and Robotics

    SAM-L1:Beamforming

    SAM-L2:SAM Detection & Estimation

    SAM-L3:Performance Assessment

    SAM-L4:Tensor Signal Processing

    SAM-L5:Nested and Co-Prime Arrays

    SAM-P1:MIMO Radar

    SAM-P2:DOA Estimation

    SAM-P3:Radar Array Processing

    SAM-P4:Source Localization and Tracking

    SAM-P5:Microphone and Acoustic-Array Processing

    SAM-P6:Compressive Sensing and Sparse Methods

    SAM-P7:Multi-Channel Communications

    SAM-P8:Emerging SAM Applications

    SPCOM-L1:Massive MIMO

    SPCOM-L2:MMWAVE Communications

    SPCOM-L3:MIMO and Beamforming

    SPCOM-L4:Smart Grid

    SPCOM-L5:Secrecy and Security

    SPCOM-L6:Networks and Clouds

    SPCOM-P1:MIMO Techniques for Wireless Communications

    SPCOM-P2:Wireless Networks

    SPCOM-P3:Cooperative and Cognitive Communications

    SPCOM-P4:Estimation and Detection I

    SPCOM-P5:Networks

    SPCOM-P6:Estimation and Detection II

    SPCOM-P7:Detection, Uncertainity and Security

    SPCOM-P8:Coding and Modulation

    SPCOM-P9:Synchronization, Localization and Sequence Design

    SPCOM-P10:Signal Processing for Wireless Communications

    SPTM-L1:Detection and Estimation

    SPTM-L2:Particle Filtering

    SPTM-L3:Sampling Theory and Methods

    SPTM-L4:Compressed Sensing I

    SPTM-L5:Sparsity-Aware Processing and Learning I

    SPTM-L6:Signal Processing over Graphs

    SPTM-L7:Signal Processing over Networks

    SPTM-L8:Adaptive Signal Processing

    SPTM-L9:Modeling and Estimation I

    SPTM-L10:Nonlinear Systems and Signal Processing

    SPTM-P1:Detection

    SPTM-P2:Estimation

    SPTM-P3:Identifiability, Performance Analysis and Bounds

    SPTM-P4:Statistical Signal Processing and Tracking

    SPTM-P5:Statistical Signal Processing Applications

    SPTM-P6:Sampling and Reconstruction Methods I

    SPTM-P7:Sampling and Reconstruction Methods II

    SPTM-P8:Signal Processing over Graphs and Networks I

    SPTM-P9:Compressed Sensing II

    SPTM-P10:Sparsity-Aware Processing and Learning II

    SPTM-P11:Sparsity and Optimization

    SPTM-P12:Optimization Methods

    SPTM-P13:Signal Modeling, Processing and Optimization

    SPTM-P14:Compressed Sampling and Sparsity

    SPTM-P15:Signal Processing over Graphs and Networks II

    SPTM-P16:Modeling and Estimation II

    SPTM-P17:Adaptation and Learning

    SP-L1:Neural Network Trends in Speech Recognition

    SP-L2:Speech Spectral Estimation

    SP-L3:Acoustic Model Adaptation for Speech Recognition II

    SP-L4:Speaker Recognition and Characterization II

    SP-L5:Acoustic Modeling for Speech Recognition

    SP-L6:Speaker Recognition and Characterization IV

    SP-L7:Speech Synthesis Using Neural Networks II

    SP-L8:Speech Synthesis III

    SP-L9:Emotion Recognition from Speech

    SP-L10:Speech Enhancement - Masking and Noise Modeling

    SP-L11:Phonetics and Speech Production

    SP-P1:Acoustic Model Adaptation for Speech Recognition I

    SP-P2:Speech Recognition I

    SP-P3:Phonetics and Speech Perception

    SP-P4:Neural Networks in Speech Recognition

    SP-P5:Speaker Recognition and Characterization I

    SP-P6:Speech Synthesis using Neural Networks I

    SP-P7:Speaker Recognition and Characterization III

    SP-P8:Speech Synthesis I

    SP-P9:Speech Synthesis II

    SP-P10:Speech Recognition II

    SP-P11:Robust Speech Recognition

    SP-P12:Spoken Language Understanding III

    SP-P13:Topics in Speech and Language Recognition

    SP-P14:Speech Recognition III

    SP-P15:Speech Coding and Enhancement

    HLT-L1:Resource-Limited Speech Recognition

    HLT-L2:Language Modeling

    HLT-L3:Speech Retrieval:Keyword Search

    HLT-P1:Spoken Language Understanding I

    HLT-P2:Spoken Language Understanding II

    HLT-P3:Language Acquisition and Dialogue

    BD-L1:Graph Signal Processing and Learning

    BD-P1:Big Data

    IOT-L1:Internet of Things

    SPED-P1:Signal Processing Education

    SS-L1:Signal Processing Tools for Modeling and Analysis of Neural System Behavior and Brain Connectivity

    SS-L2:Learning-Based Sound Source Localization and Spation Information Retrieval

    SS-L3:Recent Advances in the Emerging Field of Signal Processing on Graphs

    SS-L4:Mobility Controlled Networked Communication Systems

    SS-L5:Big Data and Signal Processing:A Computational Topology Approach

    SS-L6:Acoustic Scene and Event Analysis in Multisource Environments

    States SS-L7:Pathological Speech Processing

    SS-L8:Speech Enhancement for Alleviating Hearing Impairment

    SS-L9:Emerging Stochastic Computing Techniques for DSP

    SS-P1:Advances in Signal Processing for GNSS

    SS-P2:Financial Signal Processing and Machine Learning for Electronic Trading

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    dblp was originally created in 1993 at:

    University of Trier  

    since 2018, dblp has been operated and maintained by:

    Schloss Dagstuhl - Leibniz Center for Informatics  

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