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  1. Max-Series-Gain-Magnitude Max-Series-Gain-Magnitude Public

    Computes the maximum series gain for which global asymptotic stability can be verified using various criteria developed for continuous-time Lurie systems with the repeated magnitude nonlinearity.

    MATLAB

  2. DT-Max-Series-Gain DT-Max-Series-Gain Public

    Computes the maximum series gain for which global asymptotic stability can be verified using various criteria developed for discrete-time Lurie systems with the repeated ReLU nonlinearity.

    MATLAB

  3. Max-Series-Gain Max-Series-Gain Public

    Computes the maximum series gain for which global asymptotic stability can be verified using various criteria developed for continuous-time Lurie systems with the repeated ReLU nonlinearity.

    MATLAB 2

  4. IQCbased_ImitationLearning IQCbased_ImitationLearning Public

    Forked from heyinUCB/IQCbased_ImitationLearning

    Modified the existing code for the pendulum example to allow for arbitrary choice of the width and depth of the neural network controller.

    MATLAB

  5. Real-Time-Adjustable-Style-Transfer Real-Time-Adjustable-Style-Transfer Public

    Forked from COMP6248-Reproducability-Challenge/Real-Time-Adjustable-Style-Transfer

    An Implementation of the paper 'Real-Time Adjustable Style Transfer' of ICLR 2020 for the purposes of the COMP6248 Reprocibility Challenge Coursework.

    Jupyter Notebook