Asia-Pacific Signal and Information Processing Association (APSIPA) serves as an international forum for signal and information processing researchers across a broad spectrum of research, ranging from traditional modalities of signal processing to emerging areas where either (i) processing reaches higher semantic levels (e.g., from speech recognition to multimodal human behaviour recognition) or (ii) processing is meant to extract information from datasets that are not
traditionally considered signals (e.g., mining of Internet or sensor information).
EDICS of APSIPA Transactions on Signal and Information Processing
1. Image, Video and Multimedia
1.1 Analysis and Processing1.2 Compression1.3 Storage and Retrieval1.4 Forensics and Security1.5 Machine and Deep Learning1.6 Quality of Experience1.7 Computer Vision1.8 Computer Graphics1.9 Biometrics1.10 Emerging Media (Point Clouds, Virtual Reality, 360-degree Video, etc.)1.11 Others2. Speech, Language and Audio
2.1 Analysis2.2 Coding2.3 Enhancement2.4 Recognition2.5 Synthesis2.6 Understanding and Dialogue2.7 Translation2.8 Language Processing and Modeling2.9 Forensics and Security2.10 Music Information Processing2.11 Machine and Deep Learning2.12 Resources2.13 Others3. Biomedical Signals and Information
3.1 Analysis and Processing3.2 Imaging Techniques3.3 Neural Systems and Applications3.4 Bio-inspired Signal Processing3.5 Machine and Deep Learning3.6 Medical Information Systems3.7 Biomedical Circuits and Systems3.8 Digital Health and Telehealth3.9 Learning for Biomedical Systems3.10 Robotics and Biomechanics3.11 Others4. Signal/Information Processing Methods
4.1 Detection and Parameter Estimation4.2 Array Processing4.3 Multi-channel Processing4.4 Graph Signal Processing4.5 Machine and Deep Learning4.6 Intelligent Infra-structure (Smart Grids, Smart City, etc.)4.7 Others5. Signal/Information Processing Systems
5.1 Algorithm and Architecture Co-design5.2 Graph Algorithms and Architectures 5.3 Embedded Systems5.4 Cloud and Reconfigurable Computing 5.5 Mobile and Edge Computing 5.6 Parallel Computing and Multicore Systems5.7 Learning for Optimization of Signal and Information Processing Architectures5.8 Machine and Deep Learning Accelerators5.9 Low Complexity or Low Power Systems 5.10 VLSI Systems and Applications5.11 Nanoelectronics 5.12 Gigascale Systems5.13 Others6. Communications and Networking
6.1 Signal and Information Processing6.2 Machine and Deep Learning6.3 Intelligent Resource Allocation6.4 Edge Intelligence6.5 Security, Authentication and Privacy6.6 Cyber-Physical Systems6.7 Standards and Emerging Technologies6.8 Others