MINIMUM-LEARNING-PARAMETER-BASED FAULT-TOLERANT CONTROL FOR SPACECRAFT RENDEZVOUS WITH UNKNOWN INERTIAL PARAMETERS

Minimum-Learning-Parameter-Based Fault-Tolerant Control for Spacecraft Rendezvous With Unknown Inertial Parameters

In this paper, robust control strategies are explored to solve the problem of rendezvous maneuver for rigid spacecraft exposed to the external disturbance, actuator faults and unknown inertial parameters.To pursue the control objective, two adaptive Dispensers For Tissues controllers are constructed via the sliding mode control (SMC) technology.Fir

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Measuring the Cognitive Resources Consumed per Second for Real-time Lie-Production and Recollection: a Dual-tasking Paradigm

This research report presents a novel method of dual-tasking lie-detection.Novel software Follow Me was invented for a concurrent eye-hand coordination task during truth-telling/lying.Undergraduate participants were instructed to tell truths on questions about undergraduate school whereas they were instructed to tell lies on interview questions abo

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Reconfigurable 3D CAD Feature Recognition Supporting Confluent n-Dimensional Topologies and Geometric Filters for Prismatic and Curved Models

Feature Recognition (FR) in Computer-aided Design (CAD) models is central for Design and Manufacturing.FR is a problem whose computational burden is intractable (NP-hard), given that its underlying task is the detection of graph isomorphism.Until now, compromises have been reached by only using FACE-based geometric information of prismatic CAD mode

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