Dave Andersen (original) (raw)

Research

My research interests are in computer systems in the networked environment. I have a particular interest in exploring the systems and data structure response to evolving hardware trends near the end of Moore's law, memory and power-efficient computing, and robust distributed systems.

Papers and Publications

My Google Scholar Profile

My reesarch group's code is mostly released on GitHub.com/efficient

Current Projects The Intel Center for Science and Technology (ISTC) for Visual Cloud Computing - enabling large-scale machine learning on video streams

• Using RDMA in Internet datacenters, capped by eRPC, an RPC system built for datacenters
• CuckooSwitch, libcuckoo, and the Cuckoo Filter
• FAWN (Fast Array of Wimpy Nodes) - creating a low-power cluster architecture for data-intensive workloads.

Older projects:

• AIP - the Accountable Internet Protocol
• Data-Oriented Transfer (DOT)
• The Datapository - a collaborative facility for network monitoring, analysis, and data storage
• Perspectives - using multi-path probing to improve the security of SSH and SSL authentication
• Resilient Overlay Networks (RON)
• Multi-homed Overlay Networks (MONET)
• The Congestion Manager (CM)
• Emulab

Source Code

• SILT(2011)
• XIA (2011-ongoing)
• Feed-forward Bloom Filters (2009-2011)
• FAWN-KV (2009)
• Mark-and-Sweep, a tool for wifi and broadband network connectivity scanning
• DOT (data-oriented transfer) (2005-2008)
• BGP prediction code from AIP sigcomm 2008 paper.
• MONET - Multi-Homed Overlay Networks (2005).
• RON - Resilient Overlay Networks code and data (2001-2006).
• Congestion Manager (2000).