Add to ORKGIn order to enable manned deep-space missions, the spacecraft must be controlled autonomously using on-board algorithms. A control architecture is proposed to enable this autonomous operation for an spacecraft electric power system and then implemented using a highly distributed network of software agents. These agents collaborate and compete with each other in order to implement each of the control functions. A subset of this control architecture is tested against a steadystate power system simulation and found to be able to solve a constrained optimization problem with competing objectives using only local information
This paper describes the New Millennium Remote Agent �NMRA � architecture for autonomous spacecraft ...
The Autonomous Power System (APS) project at NASA Lewis Research Center is designed to demonstrate t...
This thesis describes a framework for the high level control of an autonomous unmanned spacecraft. G...
The development of distributed hierarchical and agent-based control systems will allow for reliable ...
Autonomy is required for manned spacecraft missions distant enough that light-time communication del...
Autonomous control of a spacecraft is an enabling technology that must be developed for deep space h...
Intelligent autonomous control of a spacecraft is an enabling technology that must be developed for ...
With the National Aeronautics and Space Administration's (NASA) rising interest in lunar surface ope...
Intelligent or autonomous control of an entire spacecraft is a major technology that must be develop...
Ground-based controllers can remain in continuous communication with spacecraft in low Earth orbit (...
Autonomous control of a spacecraft is an enabling technology that must be developed for deep space h...
Intelligent, or autonomous, control of a spacecraft is an enabling technology that must be developed...
Distributed satellite systems is an enabling technology for many future NASA/DoD earth and space sci...
As NASAs Evolvable Mars Campaign and other exploration initiatives continue to mature they have iden...
As manned spacecraft venture farther from Earth, the need for reliable, autonomous control of vehicl...
This paper describes the New Millennium Remote Agent �NMRA � architecture for autonomous spacecraft ...
The Autonomous Power System (APS) project at NASA Lewis Research Center is designed to demonstrate t...
This thesis describes a framework for the high level control of an autonomous unmanned spacecraft. G...
The development of distributed hierarchical and agent-based control systems will allow for reliable ...
Autonomy is required for manned spacecraft missions distant enough that light-time communication del...
Autonomous control of a spacecraft is an enabling technology that must be developed for deep space h...
Intelligent autonomous control of a spacecraft is an enabling technology that must be developed for ...
With the National Aeronautics and Space Administration's (NASA) rising interest in lunar surface ope...
Intelligent or autonomous control of an entire spacecraft is a major technology that must be develop...
Ground-based controllers can remain in continuous communication with spacecraft in low Earth orbit (...
Autonomous control of a spacecraft is an enabling technology that must be developed for deep space h...
Intelligent, or autonomous, control of a spacecraft is an enabling technology that must be developed...
Distributed satellite systems is an enabling technology for many future NASA/DoD earth and space sci...
As NASAs Evolvable Mars Campaign and other exploration initiatives continue to mature they have iden...
As manned spacecraft venture farther from Earth, the need for reliable, autonomous control of vehicl...
This paper describes the New Millennium Remote Agent �NMRA � architecture for autonomous spacecraft ...
The Autonomous Power System (APS) project at NASA Lewis Research Center is designed to demonstrate t...
This thesis describes a framework for the high level control of an autonomous unmanned spacecraft. G...