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This is a branch that includes: computational complexity theory; complexity classes, NP-completeness and other completeness concepts; oracle analogues of complexity classes; complexity-theoretic computational models; regular languages; context-free languages; Komolgorov Complexity and so on.
3
votes
Compressing Graphs (Kolmogorov complexity of graphs)
Each graph can be uniquelly represented as an adjacency matrix. This is simply an nxn matrix of values 0,1. Each graph can therefore be expressed uniquely as a string of length n^2 by sequentially con …