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Small_target_detection.pdf
- 对运动目标的跟踪和检测，并做出相应的分析-The goal of the movement track and testing And makes the corresponding analysis
clutter_map
- 杂波图在地基雷达中具有重要的位置，对零速目标的检测具有重要的意义，该程序仿真杂波图对雷达信号进行时间上的CFAR检测-Clutter map important position in the ground-based radar, the goal of zero speed detection is of great significance, the program simulation clutter map of the radar signal CFAR detection time
nonlinear_measure
- 代码实现多源信息融合中的针对多个传感器同时检测一个目标时的非线性测量和分布式融合。-The code can realize the non-linear measure and data fusion, in multi-source information fusion, when multiple sensors detect a target measurement.
AR-model
- 基于神经网络的一步预测程序，用于混响序列的目标回波检测-Step prediction procedure based on neural networks for reverb-echo sequence detection
ProUnit1
- 十字形CFAR检测方法，可以处理一些特殊的目标回波，得到距离多普勒图-Cross CFAR detection method that can handle some special target echo obtained from the Doppler diagram
ProUnit2
- 米字形CFAR，可以处理一些特殊的目标回波，提高检测率，降低虚警-M-shaped CFAR, can handle some special target echo enhance the detection rate and lower false alarm
ProUnit3
- 矩形平均CAFR检测，可以处理一些目标的条状的多普勒回波，效果较好-Doppler echo rectangular average CAFR detection, can handle some of the goals of the strip, the better
CFAR_even
- 从雷达目标接收的信号通常埋在 热噪声和杂波。正如杂波加噪声电源 不知道先验，固定的阈值检测方案不能 假警报才会应用于雷达回报 控制。-The signal received from a radar target is usually buried in thermal noise and clutter. As the clutter-plus-noise power is not known a priori, a fixe
CA-CFAR
- 单元平均恒虚警检测——CA-CFAR检测器：包括对于无目标、仅有噪声的信号进行CA-CFAR检测的仿真，以及对于含目标、且在瑞利杂波背景下的CA算法仿真。一些程序主要是为了绘图，画出CA-CFAR检测过程中的信号波形以及检测门限对比图；而另一些程序是为了计算CA-CFAR检测过程中的检测概率和虚警概率。-CA-CFAR detectors: simulations of detection to signals with no target but noise only, as well as
GO-CFAR
- 最大选择恒虚警检测——GO-CFAR检测器：包括对于无目标、仅有噪声的信号进行GO-CFAR检测的仿真，以及对于含目标、且在瑞利杂波背景下的GO算法仿真。一些程序主要是为了绘图，画出GO-CFAR检测过程中的信号波形以及检测门限对比图；而另一些程序是为了计算GO-CFAR检测过程中的检测概率和虚警概率。-GO-CFAR detectors: simulations of detection to signals with no target but noise only, as well as
SO-CFAR
- 最小选择恒虚警检测——SO-CFAR检测器：包括对于无目标、仅有噪声的信号进行SO-CFAR检测的仿真，以及对于含目标、且在瑞利杂波背景下的CA算法仿真。一些程序主要是为了绘图，画出SO-CFAR检测过程中的信号波形以及检测门限对比图；而另一些程序是为了计算SO-CFAR检测过程中的检测概率和虚警概率。-SO-CFAR detectors: simulations of detection to signals with no target but noise only, as well as
OS-CFAR
- 有序统计量恒虚警检测——OS-CFAR检测器：包括对于无目标、仅有噪声的信号进行OS-CFAR检测的仿真，以及对于含目标、且在瑞利杂波背景下的OS算法仿真。一些程序主要是为了绘图，画出OS-CFAR检测过程中的信号波形以及检测门限对比图；而另一些程序是为了计算OS-CFAR检测过程中的检测概率和虚警概率。-OS-CFAR detectors: simulations of detection to signals with no target but noise only, as well as
KB-CFAR
- 基于知识的恒虚警检测——KB-CFAR检测器：包括对于无目标、仅有噪声的信号进行KB-CFAR检测的仿真，以及对于含目标、且在瑞利杂波背景下的KB算法仿真。一些程序主要是为了绘图，画出KB-CFAR检测过程中的信号波形以及检测门限对比图；而另一些程序是为了计算KB-CFAR检测过程中的检测概率和虚警概率。-KB-CFAR detectors: simulations of detection to signals with no target but noise only, as well as
Effectual-Method-for-Crowd-Counting
- 对固定镜头下视频序列中运动人体的检测和跟踪方法进行研究，利用灰度图像差分双向投影信息检测人体目标，提出一种基于统 计运动区域几何特征固定比例的分割算法，使用最近邻匹配方法对人体进行跟踪。-Video sequences in the detection and tracking of the movement of the human body to study under the fixed lens, bi-directional projector information using
LBP
- LBPR算法运动目标的检测与跟踪，Matlab程序-LBPR algorithm for detection and tracking of moving targets, Matlab program
pulse-width-and-SNR
- 通过利用雷达脉冲宽度与信噪比关系公式，分析雷达在三咱不同检测目标距离下的信噪比与脉冲宽度关系。-Through the use of the radar pulse width of the signal-to-noise ratio relationship formula to analyze the radar in three different detection target distance we signal-to-noise ratio and pulse width rela
power_and_range
- 利用雷达搜索方程，分别分析功率孔径积与检测目标距离、孔径大小的关系，得出相应的结论。-Using radar search equation analysis of the relationship between the power aperture product testing target distance, aperture size, and draw the appropriate conclusions.
detect
- 利用雷达方程，分别分析功率孔径积与检测目标距离的关系，并且画出对两种飞行目标类型的功率孔径积，得出相应的结论。-Radar equation analysis of the relationship between the power aperture product detects the target distance, and draw power aperture product of two flight target type, and draw the appropriate co
SNR_to_range
- 利用雷达方程，分析信噪比在三种不同的脉冲下与检测目标距离的关系，从而得出相应的结果。-By the radar equation, analysis of signal to noise ratio and the relationship between the distance of the detection target in the three different pulses, so as to draw the corresponding results.
pd_swerling1
- 雷达系统中用于计算起伏目标的检测概率，适用于Swerling I型目标。-Used to calculate the undulation target detection probability, applies Swerling I target.