★ 0 · Updated 2026-10-19
Analyzes code and architecture using mathematical theories including complexity, graph theory, concurrency, formal logic, and probability.
Browse skills that share this capability.
★ 0 · Updated 2026-10-19
Analyzes code and architecture using mathematical theories including complexity, graph theory, concurrency, formal logic, and probability.
★ 2 · Updated 2026-10-19
Performs rigorous code and architecture analysis using complexity theory, graph theory, formal logic, probability, and related mathematical methods.
★ 1 · Updated 2026-10-19
Performs rigorous code and architecture analysis using information theory, graph theory, computational complexity, linear algebra, stochastic analysis, category theory, Bayesian probability, and formal logic.
★ 0 · Updated 2026-10-19
Analyzes code and architecture using complexity theory, graph theory, formal logic, probability, and related mathematical methods.
★ 0 · Updated 2026-10-19
Analyzes code and architecture using rigorous mathematical methods including information theory, graph theory, computational complexity, formal logic, and probability.
★ 0 · Updated 2026-10-19
Analyzes code and architecture using complexity theory, graph theory, formal logic, probability, and related mathematical methods.
★ 0 · Updated 2026-10-19
Analyzes code and software architecture using complexity theory, graph theory, formal logic, probability, and related mathematical methods.
★ 1 · Updated 2026-10-19
Analyzes code and architecture using complexity theory, graph theory, formal logic, concurrency models, performance analysis, and advanced mathematics.