A convex scheduling framework for virtual EV energy storage provides distribution-free violation guarantees and certificates against adversarial perturbations and out-of-distribution shifts while trading off profit and safety.
The scenario approach to robust control design,
2 Pith papers cite this work. Polarity classification is still indexing.
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PolyOCP.jl is a Julia toolbox for transcribing and solving stochastic OCPs with additive i.i.d. disturbances via polynomial chaos expansions on linear systems.
citing papers explorer
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Adversarially and Distributionally Robust Virtual Energy Storage Systems via the Scenario Approach
A convex scheduling framework for virtual EV energy storage provides distribution-free violation guarantees and certificates against adversarial perturbations and out-of-distribution shifts while trading off profit and safety.
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PolyOCP.jl -- A Julia Package for Stochastic OCPs and MPC
PolyOCP.jl is a Julia toolbox for transcribing and solving stochastic OCPs with additive i.i.d. disturbances via polynomial chaos expansions on linear systems.