Study on Maneuvering Target Trajectory Simulation and Tracking Based on IMM algorithm

On the background of air defense missile which use radar command guidance, this article focuses on the maneuvering target trajectory simulation and tracking problem by considering possible maneuvering modes and target overload. Taking Serpentine maneuvering (S maneuvering) as an example, the target...

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Vydáno v:Journal of physics. Conference series Ročník 2460; číslo 1; s. 12002 - 12009
Hlavní autoři: Ma, J R, Ma, Q H, Yang, S J, Zheng, J Q, Wang, S W
Médium: Journal Article
Jazyk:angličtina
Vydáno: Bristol IOP Publishing 01.04.2023
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ISSN:1742-6588, 1742-6596
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Abstract On the background of air defense missile which use radar command guidance, this article focuses on the maneuvering target trajectory simulation and tracking problem by considering possible maneuvering modes and target overload. Taking Serpentine maneuvering (S maneuvering) as an example, the target trajectory is simulated based on overload using stepwise design method, and data are measured through sensor models. Since single model cannot model the maneuvering target motion exactly, the estimation is addressed by combining the interacting multiple model algorithm and unscented Kalman filter algorithm, so as to study the applications of maneuvering target trajectory simulation and tracking in air defense missile systems. The effectiveness of the algorithm is demonstrated with simulated data.
AbstractList On the background of air defense missile which use radar command guidance, this article focuses on the maneuvering target trajectory simulation and tracking problem by considering possible maneuvering modes and target overload. Taking Serpentine maneuvering (S maneuvering) as an example, the target trajectory is simulated based on overload using stepwise design method, and data are measured through sensor models. Since single model cannot model the maneuvering target motion exactly, the estimation is addressed by combining the interacting multiple model algorithm and unscented Kalman filter algorithm, so as to study the applications of maneuvering target trajectory simulation and tracking in air defense missile systems. The effectiveness of the algorithm is demonstrated with simulated data.
Author Ma, Q H
Yang, S J
Wang, S W
Ma, J R
Zheng, J Q
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References Yang (JPCS_2460_1_012002bib2) 2005
Zhang (JPCS_2460_1_012002bib4) 1998
He (JPCS_2460_1_012002bib3) 2006
Li (JPCS_2460_1_012002bib6) 2004; 39
Wang (JPCS_2460_1_012002bib5) 2007
Han (JPCS_2460_1_012002bib1) 2016
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  start-page: 1333
  year: 2004
  ident: JPCS_2460_1_012002bib6
  article-title: J. Survey of Maneuvering Target Tracking. Part I: Dynamic Models
  publication-title: IEEE Transactions on Aerospace and Electronic Systems
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Snippet On the background of air defense missile which use radar command guidance, this article focuses on the maneuvering target trajectory simulation and tracking...
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SubjectTerms Air defense
Algorithms
Command guidance
Kalman filters
Maneuvering targets
Missile systems
Missile tracking
Overloading
Physics
Simulation
System effectiveness
Tracking problem
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