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Showing 1 to 8 of 8 for “"Aircraft motion"”.

  1. Oculometric Indices of Simulator and Aircraft Motion

    … on eye-scan behavior of both simulator and aircraft motion, the sensitivity of an oculometric measure to motion effects was demonstrated. "Fixation Time", defined as the time the eyes spend at a particular location before moving on (saccade) to another fixation point, was found to be …

    odu Repository record for Oculometric Indices of Simulator and Aircraft Motion (opens in a new tab)

  2. Nonlinear Observers for Aircraft Maneuvering in Wind

    … wind estimation methods that infer wind from aircraft motion. However, typical model-based estimators lack rigorous stability guarantees across the full flight envelope --- a major limitation for safety-critical aerospace applications. This dissertation addresses these gaps by advancing …

    vt Repository record for Nonlinear Observers for Aircraft Maneuvering in Wind (opens in a new tab)

  3. Dynamics and Control of Flexible Aircraft

    … disciplines pertinent to the flight of flexible aircraft, namely, analytical dynamics, structural dynamics, aerodynamics and controls. The unified formulation is based on fundamental principles and incorporates in a natural manner both rigid body motions of the aircraft as a whole and elastic …

    vt Repository record for Dynamics and Control of Flexible Aircraft (opens in a new tab)

  4. Identification of Unsteady Flight Dynamic Models and Model-based Wind Estimation with Flight Test Validation

    … boundary layer (ABL). Small, low-cost, uncrewed aircraft (drones) can be used to measure wind and a distribution of these vehicles could potentially provide measurements with much greater density and resolution, in both space and time, than current methods allow. To measure wind, a drone could be …

    vt Repository record for Identification of Unsteady Flight Dynamic Models and Model-based Wind Estimation with Flight Test Validation (opens in a new tab)

  5. Predicting pilot intent and aircraft trajectory in uncontrolled airspace

    … rely on propagating the current velocity of the aircraft are not well suited to long-term prediction of pilot behavior in this environment. This thesis proposes a new probabilistic trajectory prediction method within a hierarchical pilot behavior framework that extends the model proposed by Liao …

    mit Repository record for Predicting pilot intent and aircraft trajectory in uncontrolled airspace (opens in a new tab)

  6. Time Delay Mitigation in Aerial Telerobotic Operations Using Predictors and Predictive Displays

    … gimbal-camera system to a moving 6 DoF aircraft. Specifically, it talks about a novel extended Kalman filter (EKF)-based nonlinear predictor – the extended Kalman predictor (EKP) – and compares its performance with two linear predictors, the Smith predictor (SP) and the Kalman predictor …

    vt Repository record for Time Delay Mitigation in Aerial Telerobotic Operations Using Predictors and Predictive Displays (opens in a new tab)

  7. Strain Gauge Utilization for Aerial Vehicle Dynamic Load Measurement

    … estimation system for a quadrotor unmanned aircraft, and (3)compare the developed strain gauge-based thrust estimation technique with an indirect real time parameter estimation technique for motor fault detection. In pursuit of the first thesis objective, a load distribution measurement …

    umkc Repository record for Strain Gauge Utilization for Aerial Vehicle Dynamic Load Measurement (opens in a new tab)

  8. Two-Step System Identification and Primitive-Based Motion Planning for Control of Small Unmanned Aerial Vehicles

    This dissertation addresses motion planning, modeling, and feedback control for autonomous vehicle systems. A hierarchical approach for motion planning and control of nonlinear systems operating in obstacle environments is presented. To reduce computation time during the motion planning process, …

    vt Repository record for Two-Step System Identification and Primitive-Based Motion Planning for Control of Small Unmanned Aerial Vehicles (opens in a new tab)