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Schloss Dagstuhl - Leibniz Center for Informatics
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ICASSP 2014: Florence, Italy

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    SS1:Signal Processing for Big Data

    SPTM-L1:Sampling Theory and Methods I

    SAM-L1:Radar Array Processing

    SLTC-L1:Speaker diarization

    SLTC-L2:Spoken Language Understanding I

    IVMSP-L1:Image Quality Assessment

    SLTC-P1:Deep Neural Networks in Speech Recognition I

    SLTC-P2:Stochastic Speech Synthesis

    SPTM-P1:Time Frequency Analysis, System Modelling and Estimation

    SPTM-P2:Signal and System Modelling, and Estimation I

    SPCOM-P1:Coordinated transmission in heterogeneous networks

    IVMSP-P1:Face Recognition

    IVMSP-P2:Stereoscopic and 3D Processing

    AASP-P1:Microphone Array Processing I, Music Analysis and Synthesis I

    SLTC-L3:Speaker recognition I

    SPTM-L2:Signal and System Modelling, and Estimation II

    SS2:Enhanced Radar Sensing in Harsh Environments Phenomenology

    AASP-L1:Microphone-Array Beamforming

    SPCOM-L1:Resource allocation

    IVMSP-L2:Stereoscopic and 3D coding

    SLTC-P3:Speech Production and Perception

    SLTC-P4:Processing of Abnormal Speech

    SPTM-P3:Compressed Sensing I

    SPTM-P4:Signal Processing over Graphs I

    IVMSP-P3:Image Restoration and Enhancement

    IVMSP-P4:Video Analysis

    AASP-P2:Echo Control I, Quality Measure

    SAM-P1:Localization and Tracking

    SLTC-L4:Fundamental Frequency Estimation

    SS3:Optimization algorithms for high dimensional signal processing

    MMSP-L1:Multimedia and Multimodal Signal Processing I

    AASP-L2:Speech and Audio Enhancement

    SS4:Signal Processing for Cyber-Security and Privacy

    BISP-L1:Biomedical Informatics and Image Analysis I

    SLTC-P5:Speaker recognition II

    SLTC-P6:Robust Speech Recognition I

    SPTM-P5:Sampling Theory and Methods I

    SPTM-P6:Bayesian Techniques

    SPCOM-P3:Detection and decoding

    IVMSP-P5:Image Coding and Communication

    BISP-P1:EEG and fMRI data processing

    AASP-P3:Audio Source Separation I, Music Information Retrieval I

    IDSP-P1:Emerging Industrial Signal Processing Applications and Education

    SAM-P2:DOA Estimation

    SLTC-L5:Error Detection in Automatic Speech Recognition

    SPTM-L3:Compressed Sensing II

    SS5:Seismic Signal Processing

    MLSP-L1:Bayesian Methods

    SPCOM-L2:Interference management

    IVMSP-L3:Image Enhancement

    SLTC-P7:Features in Speech Recognition

    SLTC-P8:Statistical speech synthesis

    SPTM-P7:Digital and Multirate Signal Processing

    IFS-P1:Multimedia Forensics

    SPCOM-P4:Relaying

    IVMSP-P6:Image Analysis I

    BISP-P2:Biomedical Informatics and Image Analysis II

    AASP-P4:Spatial Audio I, Signal Enhancement I

    MLSP-P1:Pattern Recognition and Classification

    SAM-P3:Detection and Estimation

    SLTC-L6:Articulatory features in speech processing

    SPTM-L4:Classification and Pattern Recognition

    SS6:Dictionary-based processing of single- and multi-channel audio

    AASP-L3:Music Transcription

    SPCOM-L3:Massive MIMO

    SAM-L2:Hyperspectral Processing and Source Separation

    SLTC-P9:Spoken Language Processing

    SLTC-P10:Large-Vocabulary Continuous Speech Recognition

    SPTM-P8:Compressed Sensing III

    SPTM-P9:Detection

    SPCOM-P5:Transmitter design

    IVMSP-P7:Sparse coding and Dictionary Learning

    BISP-P3:Computer-aided diagnosis and intervention

    AASP-P5:Hearing Aids I, Audio Coding

    MLSP-P2:Machine Learning for Audio and Speech

    IFS-P2:Biometrics and Content Fingerprinting

    SLTC-L7:Parametric Speech Synthesis

    SPTM-L5:Signal Processing over Graphs II

    DISPS-L1:Algorithm and Architecture Co-Optimization

    SS7:Joint Optimization of RF devices and Resource Alocation in Wireless Networks

    SAM-L3:Sparsity Structures

    IFS-L1:Secret Communications, Fingerprinting, and Security

    SLTC-P11:Features for Speaker Recognition

    SLTC-P12:Spoken Language Understanding II

    SPTM-P10:Signal Sampling, Sensing and Reconstruction I

    SPTM-P11:Estimation

    SPCOM-P6:Channel models, and source, channel and network coding

    IVMSP-P8:Image Feature Extraction

    BISP-P4:Signal detection in biomedical applications

    AASP-P6:Spatial Audio II, Signal Enhancement II

    MLSP-P3:Learning theory I

    MMSP-P3:Multimedia and Multimodal Signal Processing II

    SLTC-L8:Speech Intelligibility Enhancement

    SPTM-L6:Performance Analysis and Bounds

    BISP-L2:EEG data processing I

    AASP-L4:Sound Field Analysis and Reproduction

    SPCOM-L4:Energy harvesting and management

    SS8:Social Nets:Learning and Optimization

    SLTC-P13:Paralinguistic Speech Recognition

    SLTC-P14:Language Models

    SPTM-P12:Signal Sampling, Sensing and Reconstruction II

    DISPS-P1:Design Methods and Optimization for DSP

    IVMSP-P9:Image Segmentation

    BISP-P5:Processing and applications in Ultrasound

    AASP-P7:Reverberation Reduction, Music Information Retrieval II

    MLSP-P4:Sparsity

    SAM-P4:MIMO Radar

    SLTC-L9:Language Identification

    IVMSP-L4:Image Analysis II

    SS9:Array signal processing for radio astronomy:the SKA is the future

    MLSP-L2:Neural Network Methods

    SPCOM-L5:Consensus and distributed estimation

    SPTM-L7:Advances in Adaptive Filtering

    SLTC-P15:Robust Speech Recognition II

    SLTC-P16:Deep Neural Networks in Speech Recognition II

    SPCOM-P8:Physical Layer Security

    SPCOM-P9:Synchronization, training and receiver design

    IVMSP-P10:Interpolation and Super-resolution

    BISP-P6:EEG data processing II

    AASP-P8:Echo Control II, Acoustic Event Analysis

    MLSP-P5:Applications of MLSP

    SAM-P5:Beamforming and Sensor Array Processing

    SLTC-L10:Speech Enhancement

    SPTM-L8:Signal Processing on Networks

    SS10:Dynamic Geometry Compression

    SS11:Signal Processing Techniques for Interference Alignment

    MLSP-L3:Source Separation

    IFS-L2:Forensics, Biometrics, and Privacy

    SLTC-P17:Speech Analysis and Coding

    SLTC-P18:Adaptation in Speech Recognition

    SPTM-P14:Adaptive Systems - Algorithms, Analyses and Applications

    SPCOM-P10:Distributed and sparse signal processing with applications

    SPCOM-P11:Estimation in communication systems

    IVMSP-P11:Video Segmentation and Tracking

    BISP-P7:Medical image reconstruction I

    MLSP-P6:Clustering, Factorizations & Feature Selection

    SAM-P6:Compressive and Physics-Based Methods

    SLTC-L11:Deep Learning in Speech Recognition

    IVMSP-L5:Image Indexing and Retrieval

    BISP-L3:Medical image reconstruction II

    SS12:Deep Learning for Music

    SPCOM-L6:Network Perspectives

    SLTC-P19:Reduction of Noise in Speech

    SLTC-P20:Spoken Term Detection I

    SPTM-P15:Sparsity-Aware Learning and Reconstruction

    SPTM-P16:Topics in Adaptive Signal Processing

    SPCOM-P12:Spectrum sensing and cognitive radio

    IVMSP-P12:Video coding

    IFS-P3:Multimedia Encryption, Secure Computations, and Data Hiding

    AASP-P10:Microphone Array Processing II, Music Analysis and Synthesis II

    DISPS-P2:Implementations of DSP Systems and Applications

    SAM-P7:Sensor and Relay Networks

    SLTC-L12:Neural network ASR

    SPTM-L9:Sparsity-Aware Learning

    SS13:Non-native Speech Processing

    SAM-L4:SAM for Wireless Communications

    SPCOM-L7:Power Systems Management and Smart Grid

    IVMSP-L6:Image Formation

    SLTC-P21:Spoken Term Detection II

    SLTC-P22:Voice Conversion

    SPTM-P17:Nonlinear Signal Processing

    SPTM-P18:Data Driven Methods

    SPCOM-P13:Multicarrier systems

    AASP-P11:Hearing Aids II, Analysis of Acoustic Environments, Animal Sound Analysis

    MLSP-P7:Learning Theory II

    DISPS-P3:Low-Power Signal Processing

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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  

    the dblp computer science bibliography is funded and supported by:

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