▍1. edgelink
边缘检测,并分割,以不同颜色标示。站内有其matlab实现,这是对应的c++代码。(Edge detection and segmentation, marked with different colors. Inside the station are the matlab realize, This is corresponding c++ code.)
边缘检测,并分割,以不同颜色标示。站内有其matlab实现,这是对应的c++代码。(Edge detection and segmentation, marked with different colors. Inside the station are the matlab realize, This is corresponding c++ code.)
本程序用于求解以网损、电压偏差、投资运行费用最小为目标的配电网分布式能源选址定容问题,并辅以相关文献。(This procedure is used to solve the loss, voltage deviation, minimum operating cost investment objective distribution network of distributed energy locating and sizing issues, supplemented by relevant literature.)
双相间隔码解码(FM0)的C语言实现,应用于RFID领域,基于ISO.IEC_18000-6C协议。(The realization of FM0_Decode with c language.)
阴影检测,基于OpenCV用于对图像中阴影的检测(Shadow detection, OpenCV for image shadow detection)
阴影检测,基于OpenCV用于对图像中阴影的检测(Shadow detection, OpenCV for image shadow detection)
vc++ opencv 阴影检测和去除 正确率高(vc++ opencv shadow detection and removal of the correct rate)
说明: RGB-IHS变换:图像进行 RGB-HIS 正变换,分别对明度、饱和度、色调进行线性 拉伸显示;然后再进行反变换 (RGB-IHS transformation: the image is RGB-HIS transformation, respectively, lightness, saturation, hue, a linear stretch display then the inverse transform)
电子标签防碰撞是RFID 系统中一个关键问题。在射频识别系统中.当阅读器作用范围内有多个标签同时向阅读器发送数据时,会产生冲突,必须采用一种防碰撞算法解决这种冲突。在分析典型的二进制及动态二进制防碰撞算法基础上,采用了一种新的防碰撞算法。经实验证明,该算法能有效解决射频识别系统中多目标识别的防碰撞问题。(Tag anti-collision RFID system is a key issue. In the radio frequency identification systems. When the reader within the framework of the role of multiple tags simultaneously send data to the reader, it will create conflict, you must use a anti-collision algorithm to solve such conflicts. In the analysis of a typical binary and dynamic anti-collision algorithm based on the binary, using a new anti-collision algorithm. The experiments show that the algorithm can effectively solve the radio frequency identification system, multi-target recognition of the anti-collision problem.)
一个生成NURBS曲面的程序,是在Visual下运行的(A NURBS surface generation program is run under Visual)
说明: LM算法的c语言实现 拟合的函数为gauss函数(Levenberg-Marquardt Method)
1、首先,我们分析调查到的数据,发现学生流符合泊松分布,服务时间符合指数分布,由此我们的模型就变成了排队论中典型的MM 模型,根据MM 模型中的各效率指标的公式,我们可得到学一食堂拥挤情况的各方面数据。 2、根据模型求解得到的数据,我们对模型进行了更精确的量化分析。我们发现,解决本模型的关键就在于分析顾客平均排队时间,我们对其与窗口数之间的关系进行了拟合,并就两者之间关系进行了灵敏度分析。 3、针对窗口数与顾客平均排队时间之间的关系,我们从经济学的角度进行了分析,即比较增加窗口后成本的增加量与减少排队等待时间所带来的收益之间的大小关系。 (err)
双通道语音增强算法,消除环境噪声。采用归一化自适应方法,噪噪声抵消10dB,语音保持较好可懂度。(The dual-channel speech enhancement algorithm to eliminate ambient noise. Using normalized adaptive noise noise offset by 10dB, and the voice to maintain good intelligibility.)
上海锐势相机的视频预览DEMO程序。可以实现对锐势相机的参数设置和视频调整。(Shanghai Ruishi camera video preview of DEMO program.Parameter setting can be achieved and video camera to adjust the sharp potential. )
NTL应用——大数系数多项式乘法的计算。从文件读如参数,计算多项式相乘后某项的系数(NTL application- the multiplication of big numbers coefficient polynomial )
基于stm32单闭环pid调速控制,单电阻采样,正弦波驱动,pid调速。(Based on stm32 pmsm drive, single sampling resistor, sine wave drive, pid speed control.)
根据手机双麦克风进行定位 ,电脑客户端程序,c++源程序(According to the mobile phone microphone to locate )
在linux平台下,纯c写的盲信号分离的代码.它采用基于卷积混合的盲信号分离算法,不但可以分离人工合成的混合信号,而且对于真实环境中的卷积混合的语音信号也能够分离.在本程序中,包含了两个测试文件,makefile后便可以直接使用. 另外值得一提的是,压缩包里包含有一些语音处理方面的常用函数.例如fft变换,读取写入wav文件,以及一些常用的一维向量和二维矩阵变换的函数.这些可以直接应用在其他应用程序里去.(Linux platform, the blind signal separation of pure c write code. Blind signal separation algorithm based on convolution mixed, can be separated not only synthetic mixed-signal and voice signal convolution mixed in real environment can separation in the program, contains two test files can directly use the makefile after. Also worth mentioning is that the compressed bundle includes voice processing commonly used functions such as fft transform read write wav file, as well as some of the commonly used one-dimensional vector and two-dimensional matrix transform function. these can be applied directly into other applications.)
串口通信,也可实现虚拟串口通信。采用VS2015编程 MFC(Serial communication. It can also realize virtual serial communication.)
tent帐篷映射分岔图 Henon映射 matlab 运行可直接看图(tent map, bifurcation graphs for a tent and henon system)
说明: 串口通信,也可实现虚拟串口通信。采用VS2015编程 MFC(Serial communication. It can also realize virtual serial communication.)