The mission of the HPCAT Lab is to research, develop, and design novel power-efficient, performance-adaptive, fault-tolerant and self-healing networks for High-Performance Computing (HPC) systems and multicore architectures. Areas of interest span all aspects of network design for HPCs and multicore architectures, especially :
Design of Reconfigurable and Scalable Optical Interconnection Networks for Balanced Parallel Computing Systems
Performance-adaptive and Power-aware Hybrid Opto-electronic Interconnects for HPCs
Dynamic Bandwidth Allocation and Dynamic Power Management Techniques for Optical Interconnection Networks
Fault-tolerant Optical Interconnection Networks
On-chip Networks for Multicore Processors
Reliable and Fault-tolerant Network-on-Chips for Multicore Architectures and Embedded Systems
Emerging technologies for interconnection network design, optical, RF, hybrid
Photonic On-chip Networks for Multicore Architectures and Chip MultiProcessors (CMPs)
Modeling and Simulation Tools for Interconnection Networks (on-chip, off-chip, optical, hybrid, RF)
Reconfigurable and Self-healing Networks for HPCs
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