We seek to address fundamental rules that govern today's Internet and are to govern future Internet.
The Accelerated Networked System Laboratory engages in high-speed networked system research
Networking platforms have evolved from electronic telephone switches augmented with data communication features to packet switches and routers. Today’s network core routers demand 100Tbps of switching capacity, which no supercomputers of 21st century could achieve. Yet hyper-scale datacenters require not only core routers, but also 40G and 100G networking capacity out of a single server. Myriads of networking applications are demanding new systems. Due to uneven increases in CPU speed, memory/storage capacity, networking bandwidths, accelerator speedups, and more, datacenter are in constant flux of architectural changes, pushing for hyper-scale, disaggregated, and MLsys datacenters.
System support for machine learning serving systems
Novel hardware accelerators, such as Data Processing Units (DPUs) and Neural Processing Units (NPUs), emerge for data centers. we focus on designing systems for the new hardware.
Networking system support for disaggregated datacenters
Datacenters are morphing from racks of commodity servers to pools of CPUs, GPUs, memory, and storage. We are investigating networking and distributed systems issues in datacenters.
Our research is not limited to only the above. If you have fun and wild ideas, just drop by and let’s chat!
For newcomer BS/MS/PhD/PostDoc students in 2027 Spring
We are recruiting researchers to work on networked/operating system research including DPUs, NPUs, and memory disaggregation systems. Please email me if you are interested.
DPU, NPU, 메모리 디스어그래이션 등 네트워크/운영체제 연구에 관심있는 사람을 모집합니다. 학부 연구생, 석사, 박사 등 어떤 형태든 좋습니다. 관심이 있으면 로 메일주세요.
If you are interested in our group, contact (Prof. Wonsup Yoon).