Equilibria and optimal strategies are characterized for a two-repetition vector coding game in Euclidean space with one rational adversary.
Polynomial codes: an optimal design for high-dimensional coded matrix multiplication
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The GMUDC framework provides topology-aware upper and lower bounds on reconstruction risk for nonlinear functions in RKHS under per-server computation and communication budgets in both quenched and annealed regimes.
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Game of Coding for Vector-Valued Computations
Equilibria and optimal strategies are characterized for a two-repetition vector coding game in Euclidean space with one rational adversary.
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General Multi-User Distributed Computing: A Learning-Theoretic RKHS Framework for Generic Nonlinear Target Functions with Topology-Aware Risk Analysis
The GMUDC framework provides topology-aware upper and lower bounds on reconstruction risk for nonlinear functions in RKHS under per-server computation and communication budgets in both quenched and annealed regimes.