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Mathematicalmodelofseaclutteranditscomputersimulat
- 对于海杂波的数学模型分析及其计算机仿真模拟-The mathematical model of sea clutter analysis and computer simulation
153_PMHT_Problems_and_Somesolutions
- PMHT是一个优秀的跟踪算法，具有灵活性和易修正的特点。-The probabilistic multihypothesis tracker (PMHT) is a target tracking algorithm of considerable theoretical elegance. In practice, its performance turns out to be at best similar to that of the probabilistic data as
Analysis_of_CA-CFAR_Processorsfor_Linear-Law_Detec
- 提供一个cell-weraging constant false alarm rate (CA-CFAR)的算法，基于信号检测的方法。-We present a method for evaluating the performance of cell-weraging constant false alarm rate (CA-CFAR) processors which use the anplitude of echo signals rather than their squ
Sseaaclutterse
- 海杂波模拟与循环对消法实现杂波抑制的matlab源程序源码，包含不不同信噪比下的目标回波和最小二乘实现的滤波器完成杂波抑制 可直接使用。 -Sea clutter simulation and cycle cancellation method for clutter suppression Matlab source code, including different signal to noise ratio of target echo filter and least squares
MIMMMPDAAu
- 多模型与概率数据关联结合后的IMMPDA算法，主要要用于雷达数据处理，单目标的在杂波环境下的目标跟踪。 -Multiple model probabilistic data association IMMPDA algorithm to be used for radar data processing, target tracking of a single target in clutter environment.
7ex9_144
- 在7.5-30km瑞利杂波情况下 LFFM目标15km 雷达恒虚警仿真-CFAR -7.5-30km Rayleigh clutter case LFFM target 15km radar CFAR simulation-CFAR
JPDA
- 在运动的位置叠加噪声。进行JPDA概率数据关联及kalman滤波。 两运动目标在x-y平面做匀速直线运动。初始位置是（4000,1200）（300,1500）速度分别是（200,200）（400,200）传感器对量目标进行位置状态量测。 采样间隔T=1,点数n=80.检测概率为1，正确量测落入跟踪内的概率为0.99，杂波均匀分布的密度为2个/km2由RAND函数产生在[0，1]上均匀分布的随机变量，跟踪门限为9.21。 -Superimposed noise in the posit
CFAR
- 雷达CFAR技术 恒需警检测代码 杂波背景中区分出有用目标回波的恒虚警(CFAR)检测技术,是直接影响雷达性能的关键-CFAR technique requires constant police radar detection code clutter distinguish the useful target echo CFAR (CFAR) detection technology is the key to directly affect radar performance
MTI
- 用matlab编写雷达目标检测程序，并用MTI技术抑制杂波。-Radar target detection using matlab program, and suppress the clutter with MTI Technology.
fuction-of--cfar
- 恒虚预警处理的各种性能指标，在杂波边缘，多目标环境的选择上比较-Various performance indicators constant false alarm processing in clutter edge, more choice and more on target environment
PDANN
- 杂波环境下单目标跟踪算法，包括概率数据关联和最近邻算法。-Single target tracking methods in clutter environment, including PDA and NN
CFAR-(2)
- 具有服从瑞利分布杂波的雷达目标恒虚警处理-CFAR radar target simulation with a Rayleigh distribution of clutter
leida
- 雷达帧周期1ms,在7.5km有一瑞利杂波,且15km处有一点目标，仿真该雷达的恒虚警处理-Radar frame period 1ms, in a Rayleigh clutter 7.5km and 15km at a little target, simulation of the radar' s CFAR
[elearnica.ir]-4b6b3e354eb48c4917d76defe9c1beea.r
- We consider the problem of tracking mu ltiple maneuvering targets in the presence of clutter u sing switch ing multiple target motion mo d els. A n ovel sub optimal fixed-lag smo othing algorithm is develop ed by applying the b asic interacting mul
JPDATrack
- 杂波环境下基于JPDA的二平台2变加速运动目标航迹关联与融合仿真程序-JPDA based target tracking in clutter
radar_signal_detection
- 雷达信号检测与判决算法研究与仿真实例，包括动目标与杂波的混合信号，脉冲多普勒处理，三脉冲对消器系统函数分子多项式系数向量-Radar signal detection and judgment algorithm and simulation instance, including dynamic target and clutter mixed signal, pulse doppler processing, three impulse cancellation system functio
新建文件夹
- cfar检测程序，用于杂波中目标检测，可以留作杂波中目标检测的参考(CFAR detection procedure for target detection in clutter)
Circular SAR GMTI
- We describe techniques for improving ground moving target indication (GMTI) performance in multi-channel synthetic aperture radar (SAR) systems. Our approach employs a combination of moving reference processing (MRP) to compensate for defocus of movi
PDA
- 杂波环境下对单个目标进行识别和跟踪，采用数据关联的形式，能达到良好的跟踪效果(Target tracking in clutter environment)
最近邻卡尔曼滤波
- 采用最近临近法，结合卡尔曼滤波，进行目标跟踪，但是不能在杂波环境下(Using the recent approach, combined with Kalman filter, the target tracking, but not in the clutter environment)