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Showing 1 to 4 of 4 for “"Linear Quadratic Gaussian Control"”.

  1. Belief shaping in noncooperative communication and control systems through strategic signaling

    … strategy. Due to the versatility of the Gaussian distribution, we first formulate derivation of the optimal signaling strategies for Gauss Markov information in dynamic communication settings. We formulate an equivalent semi-definite program instead of addressing this problem over the …

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  2. Control of Vibratory Energy Harvesters in the Presence of Nonlinearities and Power-Flow Constraints

    … of this dissertation is to develop feedback control algorithms which optimize the average power generated from stochastically-excited vibratory energy harvesters. </p><p>This dissertation will illustrate the performance of various controllers using two vibratory energy harvesting systems: an …

    duke Repository record for Control of Vibratory Energy Harvesters in the Presence of Nonlinearities and Power-Flow Constraints (opens in a new tab)

  3. Learning-based control system design: theory and applications

    … a versatile, data-driven framework for feedback controller synthesis applicable to a wide range of dynamical systems. Its adaptability makes RL suitable for large-scale, complex control applications where environments change rapidly and precise symbolic modeling is impractical. Despite this …

    uiuc Repository record for Learning-based control system design: theory and applications (opens in a new tab)

  4. Gradient Methods for Large-Scale and Distributed Linear Quadratic Control

    This thesis considers methods for synthesis of linear quadratic controllers for large-scale, interconnected systems. Conventional methods that solve the linear quadratic control problem are only applicable to systems with moderate size, due to the rapid increase in both computational time and …

    lund Repository record for Gradient Methods for Large-Scale and Distributed Linear Quadratic Control (opens in a new tab)