CORDIS Project
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This project explores the development of robust error correcting codes, specifically locally testable codes, using higher dimensional expanders. It aims to establish connections between these codes and various mathematical fields, advancing the understanding of error correction in computer science.
Error correcting codes play a fundamental role in computer science.
Good codes are codes with rate and distance that are asymptotically optimal.
Some of the most successful good codes are constructed using expander graphs.
In recent years a new notion of {\em robust} error correcting codes, known as locally testable codes (LTCs), has emerged.
Locally testable codes are codes in which a proximity of a vector to an error correcting code can be achieved by probing the vector in {\em constant} many…
BAR ILAN UNIVERSITY
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