My current research
interests span digital
system design, computer architecture and hardware acceleration,
embedded computing, reconfigurable computing, and networked computing
systems. My research explores how specialized computing architectures
can improve performance, energy efficiency, scalability, and
adaptability for emerging intelligent systems. My work also connects
hardware architecture, digital systems, and intelligent computing,
including the development of computing platforms for AI and other
data-intensive applications.
- VLSI and
System-on-Chip Design: Research in
digital integrated-circuit design, VLSI architectures, system-on-chip
platforms, hardware acceleration, and design methodologies for complex
computing systems.
- Computer
Architecture and Domain-Specific Computing: Research on computer architecture,
multicore and manycore systems, reconfigurable computing,
domain-specific architectures, and hardware/software approaches for
improving computing performance and efficiency.
- Embedded and
Intelligent Systems:Research on
embedded computing architectures and hardware platforms for
intelligent, connected, and resource-constrained systems.
- Network-on-Chip and
Network Processing: Research on
network-on-chip architectures, network processing architectures,
network algorithmics, and scalable communication mechanisms for
multicore and manycore systems.
- Software-Defined
Networks: Research on architectures
and hardware acceleration approaches for software-defined networking
and high-performance network processing.
You can view my research
profile on Google
Scholar |
