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Proposes a verifiable safe synthesis framework for stochastic neural control barrier functions

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Hongchao Zhang et al. propose a verifiable safe synthesis framework for stochastic neural control barrier functions (SNCBFs). For the two cases of smooth activation functions and ReLU, they respectively present a verification-free synthesis framework and a verification-in-the-loop synthesis framework, and complete validation on three models: the inverted pendulum, Darboux, and the unicycle.

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  1. Verifiable Safe Synthesis Method for Stochastic Neural Control Barrier Functions (SNCBFs)

    This study proposes a verifiable safe synthesis method for stochastic neural control barrier functions (SNCBFs), providing a verification-free synthesis framework and a verification-in-the-loop synthesis framework for the smooth activation function and ReLU cases, respectively. The method was validated on three cases: the inverted pendulum, Darboux, and unicycle models.

    arXiv cs.RO ·

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