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Showing 1 to 1 of 1 for “"Geometric-based analytical inverse kinematic"”.

  1. Design and development of estimation and control system for robot-assisted surgery.

    … an improved deep learning model, and a control-kinematics architecture. The first framework employs a deep learning model combined with a Kalman filter for continuous tracking and spatial feedback estimation using quadratic polynomials, Euclidean distance, and vector-based angle measurement. …

    rgu Repository record for Design and development of estimation and control system for robot-assisted surgery. (opens in a new tab)