Koki Ishida gave a presentation about “32 GHz 6.5 mW Gate-Level-Pipelined 4-bit Processor using Superconductor Single-Flux-Quantum Logic” at VLSI Symposium 2020.
Susumu Mashimo gave a presentation about “A Study on Efficient Out-of-Order Processors” at the doctoral dissertation defense.
Shuhei Matsuo gave a presentation at a Japanese domestic meeting.
Keitaro Oka gave a presentation about “A Study on Cache Memory Architecture Based on Data Compression for High-Performance Processors” at the doctoral dissertation defense.
About us
“Formation of a new computer system architecture” based on the fusion of Information and Electrical/Electronics, and “Solution of various social problems” such as energy exhaustion issues and cyber security issues are our missions. Our goals are to explore the ideal form of “Cyber-Physical Computing”, which processes large amounts of data generated in the real world with high efficiency, and develop applied technologies for practical use with utilizing it in the real world.
Research Topics
- Nano-Photonic AI Computing
- Superconducting AI Computing
- Quantum Computing
- Secure Computing
- High-Performance Edge Computing
- IoT Design with Robot Interaction
- CPU/Memory Architecture
News
- 2020.06.16
Koki Ishida gave a presentation about “32 GHz 6.5 mW Gate-Level-Pipelined 4-bit Processor using Superconductor Single-Flux-Quantum Logic” at VLSI Symposium 2020. - 2020.01.30
Susumu Mashimo gave a presentation about “A Study on Efficient Out-of-Order Processors” at the doctoral dissertation defense. - 2020.01.29
Shuhei Matsuo gave a presentation at a Japanese domestic meeting. - 2020.01.20
Keitaro Oka gave a presentation about “A Study on Cache Memory Architecture Based on Data Compression for High-Performance Processors” at the doctoral dissertation defense.
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Cyber-Physical Computing Laboratory
606 West 2nd Building, 744 Motooka Nishi-ku Fukuoka 819-0395, Japan