Carsten Lund Explained

Carsten Lund
Birth Date:1 July 1963
Birth Place:Aarhus, Denmark
Nationality:Danish
Fields:Theoretical computer science
Workplaces:AT&T Laboratories
Alma Mater:Aarhus University
University of Chicago
Doctoral Advisor:
Awards:Gödel Prize (2001)

Carsten Lund (born July 1, 1963) is a Danish-born theoretical computer scientist, currently working at AT&T Labs in Bedminster, New Jersey, United States.[1]

Lund was born in Aarhus, Denmark, and received the"kandidat" degree in 1988 from the University of Aarhus and his Ph.D.from the University of Chicago in computer science. His thesis, entitled ThePower of Interaction, was chosen as an ACM 'Distinguished Dissertation'.

Lund was a co-author on two of five competing papers at the 1990 Symposium on Foundations of Computer Science characterizing complexity classes such as PSPACE and NEXPTIME in terms of interactive proof systems;[2] [3] [4] this work became part of his 1991 Ph.D. thesis from the University of Chicago under the supervision of Lance Fortnow and László Babai,[5] for which he was a runner-up for the 1991 ACM Doctoral Dissertation Award.[6]

He is also known for his joint work with Sanjeev Arora, Madhu Sudan, Rajeev Motwani, and Mario Szegedy that discovered the existence of probabilistically checkable proofs for NP-hard problems and used them to prove hardness results for approximation problems;[7] [8] in 2001 he and his co-authors received the Gödel Prize for their share in these discoveries.[9]

More recently he has published highly cited work on internet traffic engineering.[10] [11]

He has been working for AT&T Laboratories since August 1991.[12]

External links

Notes and References

  1. http://www.research.att.com/people/Lund_Carsten/index.html Lund's home page at AT&T
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  3. . Later published in JACM, 1991, .
  4. . Later published in Computational Complexity, 1991, .
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  8. . Originally presented at the 1992 Symposium on Foundations of Computer Science, .
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  12. Keshav . S. . Lund . C. . Phillips . S. . Reingold . N. . Saran . H. . 10.1109/49.464709 . 8 . IEEE Journal on Selected Areas in Communications . 1371–1382 . An empirical evaluation of virtual circuit holding time policies in IP-over-ATM networks . 13 . 1995.