Crypto Seminar - Self-orthogonal error-correcting codes
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Dan Shumow
Jun 3, 2008, 3:15:03 PM6/3/08
to uw-crypto
TIME: 1:30-2:30 pm, Thursday June 5, 2008
PLACE: 415L Guggenheim (the Applied Math Building)
SPEAKER: Robert Miller, University of Washington - Mathematics
Department
TITLE: Self-orthogonal error-correcting codes
ABSTRACT:
Error-correcting codes are mathematical structures commonly used in
information technology to reduce loss from transmitting data over a
channel with noise. I will describe how to generate isomorphism
classes of certain types of error-correcting codes, after giving
definitions and examples. With time Sloane's construction A, relating
binary codes to lattices, will be discussed.
PLACE: 415L Guggenheim (the Applied Math Building)
SPEAKER: Robert Miller, University of Washington - Mathematics
Department
TITLE: Self-orthogonal error-correcting codes
ABSTRACT:
Error-correcting codes are mathematical structures commonly used in
information technology to reduce loss from transmitting data over a
channel with noise. I will describe how to generate isomorphism
classes of certain types of error-correcting codes, after giving
definitions and examples. With time Sloane's construction A, relating
binary codes to lattices, will be discussed.
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