Archived research:
Thermal-Aware Energy-Efficient Task Scheduling on Heterogeneous Servers for Next Generation HPC Applications
Contact person: Dr. Marina Zapater, Prof. David Atienza
Energy-Efficient Heterogeneous Computing and Memory Architectures for Latency-Critical Applications
Contact person: Dr. Marina Zapater, Prof. David Atienza
Novel high-efficiency two-phase cooling techniques for heterogeneous high-performance computing servers
Contact person: Dr. Marina Zapater, Prof. David Atienza
MPSoC Thermal Behavior Exploration Based on HW/SW FPGA Emulation
Contact person: Dr. Marina Zapater, Prof. David Atienza
3D Stacked Architectures with Interlayer Cooling (CMOSAIC)
Contact person: Prof. David Atienza
MPSoC Thermal Behavior Exploration Based on HW/SW FPGA- and GPU-Based Emulation
Contact person: Prof. David Atienza
Developed Software Tools:
STEAM: Simulation of Two-phase Energy and Mass balance for MPSoCs Contact persons: Dr. Marina Zapater, Prof. David Atienza
SIMinG: GPU-accelerated full system simulation of heterogeneous many-core platforms Contact persons: Dr. Marina Zapater, Prof. David Atienza