Abbrevation
SiPS
City
Nanjing
Country
China
Deadline Paper
Start Date
End Date
Abstract

IEEE SiPS is a premier international forum collecting researchers and practitioners from industry and academia for exchanging the latest scientific and technical advances in the area of design and implementation of signal processing systems&#046; It addresses current and future challenges and new directions in research and development of these systems&#046; Prospective authors are invited to submit manuscripts on topics including, but not limited to:<br>Software Based Design and Implementation of Signal Processing Systems<br>Software solutions on programmable digital signal processors and systems<br>Application specific instruction&#8211;set processor (ASIP) architectures and systems<br>SIMD, VLIW and multi&#8211;core CPU architectures<br>Graphics processing unit (GPU) based massively parallel implementations<br>Embedded FPGA architectures<br>Hardware Based Design and Implementation of Signal Processing Systems<br>Low&#8211;power signal processing circuits and applications<br>High performance VLSI systems<br>VLSI designs for 100 Gbps and beyond networking systems<br>FPGA and reconfigurable architecture based systems<br>System&#8211;on&#8211;chip and network&#8211;on&#8211;chip<br>VLSI systems for wireless sensor network and RF identification systems<br>Emerging Technologies<br>Vehicular ad hoc networks (VANET)<br>Cognitive radio networks<br>Internet of Things (IoT)<br>Deep learning and reconfigurable/ASIC processors<br>Bio&#8211;inspired networks<br>Context&#8211;aware mobile networking<br>Wireless body area networks (WBANs)<br>Implantable communications<br>Tele&#8211;medicine/e&#8211;health networks<br>Signal Processing Application Systems<br>Audio, speech and language processing<br>Biomedical signal processing and bioinformatics<br>Image, video and multimedia signal processing<br>Information forensics, security and cryptography<br>Machine learning for signal processing<br>Sensing and sensor signal processing<br>Autonomous energy harvesting&#8211;based sensor networks<br>Signal processing for non&#8211;volatile memory systems<br>Wireless communications and networking<br>Coding and compression<br>Multiple&#8211;input&#8211;multiple&#8211;output (MIMO) and communication systems<br>Software defined radio<br>Signal Processing Compensation Techniques for Mixed&#8211;Signal Technologies<br>Digital compensation techniques for variations in silicon process, temperature, aging<br>Error detection and correction for volatile and non&#8211;volatile memories<br>Power reduction and SNR improvement for on&#8211;chip, off&#8211;chip interconnects and buses<br>Digital compensation signal processing for ADCs, power&#8211;amps, MEMS, power controllers<br>Design Methods of Signal Processing Algorithms and Architectures<br>Optimization of signal processing algorithms<br>Compilers and tools for signal processing systems<br>Algorithm transformation and algorithm&#8211;to&#8211; architecture mapping<br>Dataflow based design methodologies<br>Error&#8211;tolerant techniques for signal processing<br>