搜索资源列表
duo-te-zheng
- :该文把局部三值模式(Local Ternary Patterns, LTP)纹理特征引入Mean Shift 跟踪算法,提出了基于多 特征的Mean Shift 人脸跟踪算法以解决Mean shift 跟踪算法的鲁棒性问题。通过对LTP 纹理特征的分析、研究, 提出了一个LTP 关键纹理模型,既增强了目标的关键纹理信息,又简化了LTP 纹理模型。在此基础上,提出一 种基于LTP 关键纹理特征和肤色特征的Mean Shift 人脸跟踪算法,有效地解决了Mean Shift 算法的鲁棒
improved_array_genetic
- 改进的基于遗传算法的被动声目标定位,采用的是DOA类算法-Improved genetic algorithm based on passive acoustic target, the algorithm is DOA
Location_Tracking
- 单传感器对目标的定位跟踪。包括基于CA和IMM模型的EKF和UKF算法。-Single sensor on the target' s location tracking. Including those based on CA and the IMM algorithm model EKF and UKF.
Data_fusion_key_technology
- 介绍了多传感器数据融合的研究现状和发展趋势,并介绍了一些先进的目标信息数据关联和目标跟踪技术,在定位和跟踪巡航导弹方面具有一定的意义。最后针对存在的难点和问题。提出了分坐标目标信息处理的方法。-Introduced the multi-sensor data fusion research status and development trends, and introduced some advanced information and data associated with the obj
Target-tracking-algorithm
- 有关目标定位跟踪算法及仿真程序,很详细,有代码-The target location and tracking algorithm and simulation procedures, very detailed code
lbc_Compare_far_and_mix
- 线阵和混合阵的目标定位-Linear and mixed array targeting. . . . . . . . . . . . . . . .
quanzhongzhixinsuanfazhuizong
- 加权重的目标定位,用能检测到目标节点位置估测目标位置-Weighted heavy target location, the target node can be detected with the position estimating target position
AEKF
- 用于多传感器信息融合的目标定位的自适应卡尔曼滤波算法-Adaptive Kalman filter algorithm for targeting multi-sensor information fusion
bistatic-location-error
- 双基地目标定位误差,可计算双基地的目标定位误差-bistatic location error
KF
- 稀疏重构 压缩采样 动态目标定位 跟踪 图像去噪 卡尔曼滤波算法结合稀疏重构-Realization of dynamic target tracking image denoising based on sparse reconstruction compression sampling and filtering
ESPRIT
- 检测信号,对未知源信号进行定位检测,获得信号的位置信息(Detect the signal, locate the unknown source signal, and obtain the location information of the signal)
fhyusing
- 此算法为多传感器目标定位法,是基于实现交叉定位,采用公垂线法,(The algorithm for sensor target positioning method, is based on the realization of cross positioning, using the common normal method,)
Localization
- 很全的ZigBee目标定位算法,在matlab平台下,可以正常运行(ZigBee positioning simulation)
头盔姿态
- 定位测距,通过激光测距传感器测量出目标点的距离,再有陀螺仪计算出目标点的方位,就可以计算出目标相对于传感器的坐标(Location and ranging)
TargetLocationSystems-master
- 请参考readme文件进行配置调试,进行多无人机目标定位仿真(Please refer to the readme file for configuration debugging)
无迹卡尔曼滤波程序
- 目标定位算法的程序,无迹卡尔曼滤波程序代码(Program of target location algorithm)
目标定位跟踪算法及仿真程序(修改后)
- 目标定位跟踪算法及仿真程序 以质心算法为例,内含程序(Target location tracking algorithm and simulation program)
SS
- 加权质心定位算法(zhixin.m)、最小均方误差的二维定位算法(LSM2.m)、最小均方误差的三维定位算法(LSM3.m)、最小二乘/极大似然用于目标跟踪(MLS1.m)、最小二乘/极大似然用于纯方位目标跟踪(MLS2.m)(Weighted centroid positioning algorithm)
Untitled
- 导弹一般采用“自控 + 自导”的制导体制,卫星侦察信息支持下的导弹打击海上移动目作战过程为: 解算卫星侦察信息,获得目标指示信息;将目标指示信息装订到导弹导引部,发射导弹; 导弹按照预先设定的轨道飞行,到达自控终点位置,末制导雷达开机; 末制导雷达覆盖目标,截获目标信号,对目标定位; 导弹对目标进行自动跟踪飞行,直到命中目标(The missile generally uses "self-control + homing" guidance system, and the
LBL-TDOA-Target movement error simulation
- 采用双曲线交汇进行长基线定位,误差源为目标移动误差的仿真图(the two curves are used to locate the long baseline and the error source is the simulation diagram of the target movement error.)