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    Windbots: An investigation of potential solutions for Jupiter-based aerostatic robotic explorers

    Petersen, Kyle / Andreyeva, Kristina / Roggeveen, James et al. | IEEE | 2017
    the aerostats were also investigated to assist with mobility control within the Jupiter atmosphere. The systems include the Balloon Guidance ...

    Visual Servoing for Mobile Ground Navigation

    Johnson, Jeffrey Kane | IEEE | 2018
    This paper presents a vision-based control framework that attempts to mitigate several shortcomings of current approaches to mobile ...

    Vision-based control and guidance structure for automatic landing simulations

    Clos-Cot, Laurent / Templai, Julien / Vanek, Balint et al. | IEEE | 2018
    In order to increase aircrafts' flight safety during near-ground operations, vision-based guidance, navigation and control solutions are ...

    Virtual Development and Validation of a Function for an Automated Lateral Control using Artificial Neural Networks and Genetic Algorithms

    Liu-Henke, Xiaobo / Yarom, Or Aviv / Scherler, Soeren | IEEE | 2020
    In this paper the development of a function for an automated lateral guidance by means of a consistently model-based and verification ...

    Virtual Block Control and Separation Bubbles in ATC Low Visibility Operations

    Teutsch, Jurgen / Mollwitz, Vilmar | IEEE | 2009
    efficient airport operations. Within this work programme the potential of Advanced Surface Movement Guidance and Control Systems (A-SMGCS) to ...

    Validation of Optimal Control Design Tool for Dedicated Avionic in Active Debris Removal Mission

    Juillard, Michael / Kneib, Jean-Paul | IEEE | 2022
    , the chaser must embark a variety of sensors for the Guidance, Navigation, and Control (GNC). It must equally have multiple dedicated ...

    Using cognitive radar to traverse apertures

    Alsaif, Saif / Smith, Graeme E. / Baker, Christopher J. | IEEE | 2014
    In this paper, cognitive radar will be shown capable of providing the guidance and control instructions required to enable a robotic ...

    Using a Virtual Chief to Minimize Delta-v for Satellite Swarm Maintenance in Eccentric Orbits

    Lippe, Corinne / D'Amico, Simone | IEEE | 2021
    minimizing delta-v swarm-keeping costs are either computationally expensive or restricted to certain orbits and swarm geometries. To reduce the delta ...

    UAT - SMGCS

    Nelson, Robert | IEEE | 2010
    Presents a collection of slides covering the following topics: UAT; SMGCS; surface movement guidance and control system; on-airfield ...

    Trust in an Autonomous Guidance System for a Planetary Rover Task

    Voros, Jamie / McGinley, Jamison / McGuire, Steven et al. | IEEE | 2020
    -stick while using the same hazard map. Additionally, we tested control subjects who were provided no guidance and could be compared against both ...

    Trajectory design for a Mars Ascent Vehicle concept terrestrial demonstration

    Benito, Joel / Shotwell, Robert | IEEE | 2017
    programing (NLP) solver. The solution obtained is an input to the propulsion, Guidance Navigation and Control (GNC), mechanical design, aerodynamic ...

    Trajectory control system for the LAICAnSat-3 mission

    Holanda, Marina Andrade Lucena / Borges, Renato Alves / Honda, Yago Melo et al. | IEEE | 2017
    ) and a communication and tracking system. The trajectory control of the LAICAnSat-3 is active during its descent phase. The goal of the ...

    Top-down based saliency model in traffic driving environment

    Tao Deng, / Andong Chen, / Min Gao, et al. | IEEE | 2014
    based on bottom-up computation which does not consider the top-down control and cannot match the actual traffic saliency in drivers' eyes. In ...

    Title Page

    IEEE | 2019

    The use of a steerable single-actuator cruciform parachute for targeted payload return

    Fields, Travis D. / Yakimenko, Oleg A. | IEEE | 2017
    the cruciform canopy approach requires only a single actuator, providing a wider range of possible control actions and therefore a more robust ...

    The status of spacecraft bus and platform technology development under the NASA ISPT program

    Anderson, David J. / Munk, Michelle M. / Pencil, Eric et al. | IEEE | 2013
    protection system (TPS) materials and structures; guidance, navigation, and control (GN&C) models of blunt-body rigid aeroshells; and aerothermal ...

      The status of spacecraft bus and platform technology development under the NASA ISPT program

      Anderson, David J. / Munk, Michelle M. / Pencil, Eric et al. | IEEE | 2014
      investments in a family of thermal protection system (TPS) materials and structures; guidance, navigation, and control (GN&C) models of blunt-body ...

    The Past, Present, and Future of Electronically-Steerable Phased Arrays in Defense Applications

    Rock, Janice C. / Mullins, James H. / Booth, Joel P. et al. | IEEE | 2008
    full integration of phased array technologies in military communication systems, fire control and illumination radar systems, and missile ...

    The Optical to Orion Time of Flight Ground Processing System

    Rogalin, Ryan | IEEE | 2023
    guidance, navigation and control. Existing RF-based ranging methods can exploit the structure of the communication signal in order to infer the ...

    The NASA In-Space Propulsion Technology Project, products, and mission applicability

    Anderson, David J. / Pencil, Eric / Liou, Larry et al. | IEEE | 2009
    thrusters, and systems analysis tools. Aerocapture investments improved: guidance, navigation, and control models of blunt-body rigid aeroshells ...

    The century of inertial navigation technology

    Gai, E. | IEEE | 2000
    In the early 1930's, visionary engineers and scientists began thinking about practical self-contained systems for the guidance, navigation ...

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