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[matlabJPDA

Description: 用来进行多目标跟踪的JPDA算法的MATLAB程序包. 跟踪效果还行. -An MATLAB implementation of JPDA multitarget tracking algorithm.
Platform: | Size: 22528 | Author: Ren Xiaoyi | Hits:

[matlab1

Description: 包含两个功能的源程序: 1 学生面试问题(如何实现老师面试学生人数的合理规划)。 2 JPDA算法的matlab实现。-The source code contains two functions: a student interview questions (a teacher interview how to achieve a reasonable number of students planning). 2 JPDA algorithm matlab implementation.
Platform: | Size: 22528 | Author: 邹娟 | Hits:

[matlab1

Description: 1 学生面试问题(如何实现老师面试学生人数合理安排)。 2 人工神经元的Matlab实现。 3 JPDA算法的Matlab实现。-A student interview questions (how to achieve a reasonable number of students the teacher interview arrangements). 2 The Matlab implementation of artificial neuron. 3 JPDA algorithm Matlab implementation.
Platform: | Size: 523264 | Author: 邹娟 | Hits:

[OtherJPDA

Description: JPDA实现程序,该程序是实现多目标跟踪环境下的核心-JPDA implementation process
Platform: | Size: 5120 | Author: | Hits:

[matlabfind--k-best-1.00

Description: Implementation of the Murty algorithm to obtain the best K assignments. Includes the implementation of the Jonker-Volgenant algorithm. Usual applications are multiple target tracking algorithms, Joint Probabilistic Data Association (JPDA), Multiple Hypothesis Tracking (MHT), Global Nearest Neighbours (GNN), etc. Based on the original code by Jonker-Volgenant, and the Murty Matlab implementation by Eric Trautmann Can be used both from Java or Matlab. Time for a 100x100 assignment problem, with k=20: • Matlab implementation: 54.5 sec • Java implementation: 1 sec -Implementation of the Murty algorithm to obtain the best K assignments. Includes the implementation of the Jonker-Volgenant algorithm. Usual applications are multiple target tracking algorithms, Joint Probabilistic Data Association (JPDA), Multiple Hypothesis Tracking (MHT), Global Nearest Neighbours (GNN), etc. Based on the original code by Jonker-Volgenant, and the Murty Matlab implementation by Eric Trautmann Can be used both from Java or Matlab. Time for a 100x100 assignment problem, with k=20: • Matlab implementation: 54.5 sec • Java implementation: 1 sec
Platform: | Size: 27648 | Author: hansen | Hits:

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