Computer Science/Discrete Mathematics Seminar II

Locally Correctable Codes and Cycles in Edge-Colored Graphs

A locally correctable code (LCC) is an error-correcting code where one can recover any symbol of the original codeword by querying only a small number of randomly chosen symbols from the received corrupted codeword. In recent years, there has been substantial progress on understanding locally correctable codes via connections to extremal combinatorics. Such connections typically rely on extremal combinatorics results that show the existence of cycles with a certain restricted color palette, e.g,. a rainbow cycle, in edge-colored graphs. In this talk, we will discuss these recent developments and show some new results.

Based primarily on joint work with Oliver Janzer.

Date & Time

November 03, 2026 | 10:30am – 12:30pm
Add to calendar 11/03/2026 10:30 11/03/2026 12:30 Computer Science/Discrete Mathematics Seminar II use-title Topic: Locally Correctable Codes and Cycles in Edge-Colored Graphs Speakers: Peter Manohar, Institute for Advanced Study More: https://www.ias.edu/math/events/computer-sciencediscrete-mathematics-seminar-ii-630 A locally correctable code (LCC) is an error-correcting code where one can recover any symbol of the original codeword by querying only a small number of randomly chosen symbols from the received corrupted codeword. In recent years, there has been substantial progress on understanding locally correctable codes via connections to extremal combinatorics. Such connections typically rely on extremal combinatorics results that show the existence of cycles with a certain restricted color palette, e.g,. a rainbow cycle, in edge-colored graphs. In this talk, we will discuss these recent developments and show some new results. Based primarily on joint work with Oliver Janzer. Bloomberg Lecture Hall a7a99c3d46944b65a08073518d638c23

Location

Bloomberg Lecture Hall

Speakers

Peter Manohar, Institute for Advanced Study