搜索资源列表
Floyd-Matlab
- floyd算法的matlab程序 floyd-最短路问题 输入: B-邻接矩阵(bij),指i到j之间的距离,可以是有向的。 sp- 起点标号。 ep- 终点标号。 输出: d- 最短路的距离。 path-最短路的路径。-floyd algorithm matlab program floyd-shortest path problem Input: B-adjacency matrix (bij), refers to the distan
Qlearningcar
- Simulink 控制VR环境中的小车。小车有5个距离传感器,能够慢慢学会避开墙壁和障碍物。小车采用加强学习(Q learning),采用神经网络对Q函数逼近。由于使用了模拟退火,小车在开始的时候会经常撞击障碍物,10次后基本就不会再撞了。 小车的外观模型使用了"w198406141"在本论坛的虚拟现实区发布的VR模型。-VR environment Simulink control car. There are 5 car distance sensor, can gradually le
julei
- 这是一个基本的数模题目的套路,分析数模聚类问题,例子是乳腺癌的诊断模型,过程为标准化数据,逐步回归,分析主要因素,聚类方法有距离法和神经网络法,均附有源码和解释说明-This is an essential topic of routine digital-analog, digital-analog cluster analysis problem example is the breast cancer diagnostic model, the process for the standa
PCAW
- 权重PCA程序,程序是在PCA的基础上,对不同的主成分分配适当的权重,得出的算法程序,分类器采用距离分类器。-WPCA code
hausdorff
- 实现用matlab进行hausdorff距离运算的源程序,包含两图像的匹配。-Implemented by the matlab source code for hausdorff distance operations, including the two images match.
TemplateMatchingProgram
- 这是模式识别中模板匹配内容的Matlab例程,其中edit_distance程序用来计算两个符号字符串间的编辑距离; back-tracking程序是“回溯”法画出最佳路径的代价网格; Dtw-Sakoe.m程序是具有Sakoe-Chiba局部路径约束的动态时间弯 折。-This is a pattern recognition template matching the content of Matlab routines, which edit_distance proce
facedetection1
- 基于肤色的人脸检测MATLAB源代码皮肤检测的最终目标是构建一个决策规则,并以此将图像中的像素划分为肤色和非肤色两类,一般通过引入一个衡量像素点颜色与“标准肤色”的距离而实现的,该距离是由相应肤色建模的方法决定的-Face detection based on skin color skin detection MATLAB source code for the ultimate goal is to build a decision-making rules, and use of the
Untitled13
- 皮肤检测的最终目标是构建一个决策规则,并以此将图像中的像素划分为肤色和非肤色两类,一般通过引入一个衡量像素点颜色与“标准肤色”的距离而实现的,该距离是由相应肤色建模的方法决定的。人脸检测MATLAB源代码关于彩色图像光照补偿-The ultimate goal of skin detection is to build a decision-making rules, and use of the image pixels into skin and non-Fuse types, usuall
fenleiqi
- 本程序给出了从背景中分离出行人的matlab源代码.采用提取好的背景和行人的HOG特征,而这些特征又分为未分块和分块两组,所谓分块就是将图片进行细分,提取的特征更细.最后用最小欧氏距离法分类.-This procedure gives the background to separate from the travel people matlab source code. By extracting a good background and pedestrian HOG features, a
rice
- 对图像求反,并采用欧氏距离,应用分水岭对米粒进行分割-rice water
PAM
- 该程序完成一个16电平PAM数字通信系统的仿真,并测量了它的误码率。首先产生信息符号序列,该序列被当做4个信息比特一组,将16组符号映射到16个信息幅度。检测器计算距离,输出与真正传输的信息符号序列作比较,然后将差错计数。- This procedure completes a 16 level PAM digital communication system s simulation, and has surveyed its error rate. First has the message
hashing
- 将图像提取gist向量,然后计算各向量之间的欧氏距离,进行比较。-Extracted gist vector image, and then calculate the Euclidean distance between vectors, for comparison.
Work1
- 逆合成孔径雷达(ISAR)具有远距离、全天候、全天时工作等优点,目前通过ISAR成像来进行目标识别已得到广泛的应用。ISAR的观测对象是非合作目标,因此ISAR成像具有深远的国防应用背景,受到各国的重视,是竞争激烈、发展迅速的技术领域。-Inverse Synthetic Aperture Radar (ISAR) has a long-range, all-weather, all-time work, etc, currently conducted by ISAR imaging for
Ch_RTT_TWT_UTD_HAICEHUI
- 功能:该程序用于仿真时间同步算法双向不等时间同步方法(TWT-UTD)与无时漂往返校时方法(RTT)。输入:节点间距离、钟漂,输出:两幅同步误差比对图。-Features: The program for the simulation time synchronization method of time synchronization algorithm for two-way ranging (TWT-UTD) and no drift from the time when the meth
Ch_RTT_TWT_UTD
- 功能:该程序用于仿真时间同步算法双向不等时间同步方法与无时漂往返校时方法(RTT)。输入:节点间距离、钟漂。输出:两幅同步误差比对图。-Features: The program for the simulation of two-way time synchronization algorithm for time synchronization methods ranging from no time when the drift from school method (RTT). Inpu
HausdorffDimension
- 利用Hausdoff距离进行模板匹配,此方法简洁快速,具有很好的鲁棒性能-Template matching using Hausdoff distance, this method is simple and quick, has good robust performance
templatematching
- 基于hausdorff距离的图像模板匹配算法-Hausdorff distance image based on template matching algorithm
Eyelocation
- 基于肤色和Hausdorff距离的人脸检测系统的matlab程序-Hausdorff distance based on skin color and face detection system matlab program
RSSI
- 基于RSSI的定位,已知发射节点的发射信号强度, 接收节点根据接收信号的强度, 计算出传播损耗, 利用理论的或经验的信号传播模型将传播损耗转化为距离, 然后再计算出节点的位置-RSSI-based positioning, known to launch the node transmission signal strength, the receiving node according to received signal strength, transmission loss calcula
radar_signal_waveform_matlab
- matlab:距离方程、线性调频、雷达波形、动目标显示、脉冲压缩、编码波形、伪随机序列、SAR、RCS-matlab: from the equation, linear frequency modulation, radar waveform, moving target indication, pulse compression, encoding waveform, pseudo-random sequence, SAR, RCS