Unpublished Paper
Defeating the Kalka–Teicher–Tsaban Linear Algebra Attack on the Algebraic Eraser
(2011)
Abstract
The Algebraic Eraser (AE) is a public key protocol for shar- ing information over an insecure channel using commutative and non- commutative groups; a concrete realization is given by Colored Burau Key Agreement Protocol (CBKAP). In this paper, we describe how to choose data in CBKAP to thwart an attack by Kalka–Teicher–Tsaban.
Keywords
- Algebraic eraser,
- colored Burau key agreement protocol,
- braid group cryptography,
- cryptography for RFID systems
Disciplines
Publication Date
November 9, 2011
Comments
This is the pre-published version harvested from arXiv.
Citation Information
Dorian Goldfeld and Paul E. Gunnells. "Defeating the Kalka–Teicher–Tsaban Linear Algebra Attack on the Algebraic Eraser" (2011) Available at: http://works.bepress.com/paul_gunnells/28/