VLSI Based Design and Implementation of Signal Processing Systems

• Low-power signal processing circuits and applications

• High performance VLSI systems

• VLSI design for 100 Gbps and beyond networking systems

• FPGA and reconfigurable architecture based systems

• System-on-chip and network-on-chip

• VLSI Systems for Wireless Sensor Network and RF Identification Systems

Software Based Design and Implementation of Signal Processing Systems

• Programmable digital signal processor architecture and systems

• Application specific instruction-set processor (ASIP) architecture and systems

• SIMD, VLIW and multi-core CPU architecture

• Graphic processing unit (GPU) based massively parallel implementation

• Embedded FPGA architectures

Design Methods of Signal Processing Algorithms and Architectures

• Optimization of signal processing algorithms

• Compilers and tools for signal processing systems

• Algorithm transformation and algorithm-to-architecture mapping

• Error-Tolerant Techniques for Signal Processing

Signal Processing Application Systems

• Audio, speech and language processing

• Biomedical signal processing and bioinformatics

• Image, video and multimedia signal processing

• Information forensics, security and cryptography

• Machine learning for signal processing

• Sensing and sensor signal processing

• Autonomous energy harvesting-based sensor networks

• Signal processing for non-volatile memory systems

• Latency and power constrained signal processing techniques for high-speed networking

• Wireless communications and networking

• Coding and Compression

• Multiple-Input-Multiple-Output (MIMO) and Communication Systems

• Software Defined Radio

Emerging Technologies

• Vehicular ad hoc networks (VANET)

• Cognitive radio networks

• Internet of Things (IoT)

• Deep learning and reconfigurable/ASIC processors

• Bio-inspired networks

• Context-aware mobile networking

• Wireless body area networks (WBANs)

• Implantable Communications

• Tele-medicine/e-health networks

Signal Processing Compensation Techniques for Analog and Digital VLSI

• Digital Compensation techniques for variations in Silicon process, temperature, aging

• Error Detection and Correction for Volatile and Non Volatile Memories

• Power Reduction and SNR Improvement for On-chip and off-chip interconnects and buses

• Digital Compensation Signal Processing for ADCs, power-amps, MEMS, power Controllers