- General Information
Calculating Citations Impact (e.g. H-Index).
CV (February 2008).
Research statement (October 2007).
This led to his work on modeling the new generation of networks: the broadband networks, and to the membership in the first team that designed IBM NBBS (this is IBM's ATM), utilizing this model, as well as protocols Dr. kutten with others designed for the network. This approach of applying theory of computer sceince to practice also led to founding and leading the network security project in IBM T.J. Watson Research center, including detecting security problems in established standards, modeling what correct protocols should provide, and designing and proving the correctness of protocols to replaced the erroneous ones. This included the design of several IBM security products (e.g.) and parts of products, as well as consulting to IBM units about networks and distributed systems security. The Internet payment protocol is based, to a large degree, on a protocol patented by Dr. Kutten and others in this project, so that IBM had to grant a royalty free license for this patent for the Internet to adopt this protocol. In IBM, Dr. Kutten also contributed to group services , a key piece of clustering technology in IBM's SP line of computers.
Theoretical research subjects include:
Dynamic Networks, including the design of the
first optimal
algorithms the heavily investigated
problem of
learning and
adjusting to the changing topology of the network
multicasting,
including the design of the
,
multicast protocol of IBM NBBS,
distributed fault tolerance and
distributed Self Stabilization,
including the the introduction of the
Local Detection paradigm
, the first algorithm for spanning tree construction in general dynamic
networks (and thus for derived tasks, such as token passing and reset),
self stabilizing synchronization
and the
notion of scalable fault tolerance in the form of
Fault Locality and
Tight Fault Locality; for his work on fault tolerance, Shay
Kutten received the
Michner Second Award in Quality Sciences and Quality
Management;
distributed scheduling,
message routing,
Leader Election
,
including a modular technique to solve the problem efficiently in different
networks, taking advantage of the network special properties in a modular way,
and including the introduction of the programming paradigm of programming the
mobile process, instead of programming the nodes,
and
wireless networks.
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