ReportTitle：Direct Universal Access: Making Data Center Resources Available to FPGA
ReportTime:2023Year4month21日Afternoon15：30-17：30
Reporting location：SchoolHeadquarters Computer Building212
Reporter ：Microsoft Research Asia ShuRan
ReportIntroduction：
FPGAs have been deployed seabet casino review at massive scale in data centers. Using currently available communication architectures, however, it is difficult for FPGAs to access and utilize the various heterogenous resources available in data centers (DRAM, CPU, GPU,...). In this paper, we present Direct Universal Access (DUA), a communication architecture that provides uniform access for FPGA to these data center resources. Without being limited by machine boundaries, DUA provides global names and a common interface seabet mobile for communicating across various resources, the underlying network automatically routing traffic and managing resource multiplexing. Our benchmarks show that DUA provides simple and fair-share resource access with small logic area overhead (<10%) and negligible latency (<0.2µs). We also build two practical multi-FPGA applications — deep crossing and regular expression matching — on top of DUA to demonstrate its usability and efficiency.
ReportPerson profile：
Ran Shu is an Associate seabet casino review Researcher at Microsoft Research Asia. He received B.S and Ph.D. in computer science and technology from Tsinghua University in 2011 and 2018 respectively. Ran’s research interests include data center network, hardware-based network and host area network. He has published over 20 conference and journal papers.
