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condensation
- 一个很好的粒子滤波算法，可以实现动目标跟踪算法参考-a good particle filter, can achieve a moving target tracking algorithm reference
222240219133200511172057262893115
- 集中了kalman,condensation,帧差方法的小球跟踪程序.-concentrated Tracking, condensation, the fr a me difference of small ball tracking procedures.
trackingfallingball
- 用matlab实现kalman滤波器\\condensation滤波器跟踪自由落体的小球
condesation
- 基于OPENCV的Condensation目标跟踪算法，可任意设置HSV颜色阈值和粒子滤波数量，通过该算法掌握Condensation以及经典粒子滤波算法的精髓。
condensationkalman
- 两种滤波方法：condensation和kalman滤波的性能对比。
SimpleCond
- 基于condensation算法的源代码
ParallelizingtheCondensationAlgorithmforVisualTrac
- Parallelizing the Condensation Algorithm for Visual Tracking
condensation.ps
- 粒子滤波算法 粒子滤波算法 粒子滤波算法 粒子滤波算法
SimpleCond.tar
- 粒子滤波的程序,condensation
condensation_opencv
- ConDensation算法的Opencv实现，在书中很少有这样的粒子，找了好久才在一片博客中发现了，好资源！-ConDensation algorithm Opencv achieved little in the book such a particle, looking for a long time before they were found in a blog, good resource!
CondensationTracker1D
- Condensation algorithm
condensation-code
- condensation code for tracking multiple people based on bayesian fr a mework
condensation
- opencv环境下condensation算法实现-opencv environment condensation algorithm
static-condensation
- 静力缩聚法求缩聚后的结构刚度、质量矩阵，以及频率-Static condensation method for structural stiffness after condensation, mass matrix, and the frequency
condensation
- 用与水蒸气冷凝为水的程序，可以作为源项加入质量方程和能量方程-condensation UDF
fluent 中蒸发的udf
- 相变凝结蒸发，源项vof-udf，定义连续性方程，能量方程，动量方程中的质量源项，能量源项和动量源项(condensation and evaporation)
evaporation-condensation
- 在Fluent仿真水蒸气凝结及蒸发需要利用Fluent 水雾消散UDF(evaporation-condensation)
Desktop
- These three codes calculate three things: overlap, condensation and makes a comparison between proteins using ANM.
condensation
- 用于fluent的蒸发冷凝模型,程序可以有效的模拟水蒸气的冷凝和液态水的蒸发((Evaporation condensation evaporation model for fluent, the program can effectively simulate the condensation of water vapor and liquid water))
热虹吸管自定义UDF
- 描述水蒸发/水蒸气凝结过程UDF（应用于FLUENT软件）(UDF (Used in FLUENT Software) for Describing Water Evaporation/Steam Condensation Process)