Michael Luby

I recently initiated a project to develop a world class software implementation of the RaptorQ codes specified in IETF RFC 6330, suitable for deployment by participating project members. RaptorQ codes are a valuable component in a number of use cases, including high performance streaming and content delivery over wide-area networks, wireless networks, broadcast/multicast networks, satellite, mesh networks, and networks on the move. Another use case is scalable reliable data storage. Please contact me at mgluby@gmail.com if interested in details of becoming a participating project member.

Some of my past research and development projects include Liquid distributed storage, LTE broadcast multimedia delivery, and DASH internet streaming.

Other activities have included: design, analysis, implementation and standardization of fountain coding technology; design and analysis of transport protocols; derandomization of randomized algorithms: Monte Carlo approximation algorithms for network reliability problems; parallel and distributed algorithms; cryptography and security; learning theory and neural networks; computational complexity; program checking; graph theory.