搜索资源列表
demo
- 在matlab环境下，用最邻近数据关联算法实现目标跟踪。-the Matlab environment, using the most neighboring data association algorithm to achieve the target track.
JPDA
- 采用JPDA数据关联算法实现两个个匀速运动目标的点迹与航迹的关联-JPDA data association algorithm using a uniform motion of two point targets associated trace and track
JPDA-algorithm-of-matlab
- 程序功能:采用JPDA数据关联算法实现两个个匀速运动目标的点迹与航迹的关联-Program features: data association algorithm using JPDA a uniform two-point track moving objects associated with the track
kk
- 修改的卡尔曼滤波程序，适用于AIS航迹滤波，和雷达的航迹关联-Modified Kalman filtering procedures applied to AIS track filtering, and radar track association
jpdaf
- 采用JPDA数据关联算法实现两个个匀速运动目标的点迹与航迹的关联-JPDA data association algorithm using two points of a uniform moving target trace and track association
cv_pdaf
- CV模型，利用概率数据关联算法和最近邻算法对其进行跟踪滤波，保证正确-CV model, the probabilistic data association algorithm and the nearest neighbor filter algorithm to track and ensure the correct
多目标跟踪 (三维)-算法
- 用matlab仿真多目标跟踪中的航迹关联融合的程序，相当好啊-Matlab simulation of multi-target tracking with the track association fusion procedure, very good! ! !
PDAF
- 实现了跟踪中的概率互联算法（PDAF），模型采取匀速直线模型。-Probability in the track association algorithm (PDAF), the model to take the uniform linear model.
JPDA
- 采用JPDA数据关联算法实现两个个匀速运动目标的点迹与航迹的关联-Point to achieve the goals of the two uniform motion JPDA data association algorithm traces track association
JPDA
- 采用JPDA数据关联算法实现两个个匀速运动目标的点迹与航迹的关联。-Point to achieve the goals of the two uniform motion JPDA data association algorithm traces track association
NNSF
- 利用最近邻域标准滤波器（NNSF）和概率数据互联滤波器（PDAF）进行航迹绘制并进行相互比较。-Use nearest neighbor standard filter (NNSF) and probabilistic data association filter (PDAF) be drawn and compared with each other track.
0c131545d5bd
- 数据关联算法－PDA算法，能有效的跟踪目标--Data association algorithm-PDA algorithm can effectively track the target-
track-association-algorithm-
- 经典航迹关联算法，包括加权关联，序贯关联，模糊关联，以及小波处理后性能对比仿真-Classical track correlation algorithm, including weighted association, sequential correlation, fuzzy association, and performance comparison simulation after wavelet processing
GM-PHD1
- Over-the-horizon radar (OTHR) exploits skywave propagation of high-frequency signals to detect and track targets, which are different from the conventional radar. It has received wide attention because of its wide area surveillance, long detectio