Midcourse Guidance Trajectory Planning Method Based on Pseudospectral Sequence Convex Programming

A method of course planning based on pseudospectral sequence convex programming is proposed to address the issues of slow generation speed, poor trapezoidal discrete fitting accuracy and the lack of a solution to strong equality terminal constraints in fixed time. This paper employs convex programmi...

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Published in:2024 IEEE 25th China Conference on System Simulation Technology and its Application (CCSSTA) pp. 1 - 6
Main Authors: Zhang, Jinlin, Li, Jiong, Lei, Humin, Zhou, Chijun, He, Yangchao, Ji, Boyang
Format: Conference Proceeding
Language:English
Published: IEEE 21.07.2024
Subjects:
Accuracy
change trust region
fast generation
Fitting
Interpolation
Performance analysis
Planning
pseudospectral discretization
Relaxation methods
sequence convex programming
Systems simulation
terminal relaxation
Time factors
Trajectory
Trajectory planning
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Abstract A method of course planning based on pseudospectral sequence convex programming is proposed to address the issues of slow generation speed, poor trapezoidal discrete fitting accuracy and the lack of a solution to strong equality terminal constraints in fixed time. This paper employs convex programming theory to enhance the efficiency of model solving and variable trust region to reduce the number of iterations. The model is discretized using the pseudo-spectrum method. A relaxation method for terminal constraints is proposed to relax strong equality constraints and constrain them in the performance index, thus ensuring that the trajectory can be generated quickly. The simulation outcomes reveal that the presented approach is capable of swiftly generating midcourse guidance trajectories that adhere to various constraints.
AbstractList A method of course planning based on pseudospectral sequence convex programming is proposed to address the issues of slow generation speed, poor trapezoidal discrete fitting accuracy and the lack of a solution to strong equality terminal constraints in fixed time. This paper employs convex programming theory to enhance the efficiency of model solving and variable trust region to reduce the number of iterations. The model is discretized using the pseudo-spectrum method. A relaxation method for terminal constraints is proposed to relax strong equality constraints and constrain them in the performance index, thus ensuring that the trajectory can be generated quickly. The simulation outcomes reveal that the presented approach is capable of swiftly generating midcourse guidance trajectories that adhere to various constraints.
Author Zhou, Chijun
Lei, Humin
Ji, Boyang
Zhang, Jinlin
Li, Jiong
He, Yangchao
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  givenname: Jiong
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  givenname: Humin
  surname: Lei
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  givenname: Chijun
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  organization: Air Force Engineering University,Air Defense and Antimissile School,Xi'an,China
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  givenname: Yangchao
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  organization: Air Force Engineering University,Air Defense and Antimissile School,Xi'an,China
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  givenname: Boyang
  surname: Ji
  fullname: Ji, Boyang
  email: 18335957588@aliyun.com
  organization: Air Force Engineering University,Air Defense and Antimissile School,Xi'an,China
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Snippet A method of course planning based on pseudospectral sequence convex programming is proposed to address the issues of slow generation speed, poor trapezoidal...
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SubjectTerms Accuracy
change trust region
fast generation
Fitting
Interpolation
Performance analysis
Planning
pseudospectral discretization
Relaxation methods
sequence convex programming
Systems simulation
terminal relaxation
Time factors
Trajectory
Trajectory planning
Title Midcourse Guidance Trajectory Planning Method Based on Pseudospectral Sequence Convex Programming
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