Asymptotically good homological error correcting codes
Jason McCullough, Heather Newman · Journal of Algebra Combinatorics Discrete Structures and Applications · 2019
Let $\Delta$ be an abstract simplicial complex. We study classical homological error correcting codes associated to $\Delta$, which generalize the cycle codes of simple graphs. It is well-known that cycle codes of graphs do not yield asymptotically good families of codes. We show that asymptotically good families of codes do exist for homological codes associated to simplicial complexes of dimension at least $2$. We also prove general bounds and formulas for (co-)cycle and (co-)boundary codes for arbitrary simplicial complexes over arbitrary fields. Received: 15 January 2018 Accepted: 23 July 2019