主要用于半导体激光器的调制程序的计算；…

平面8节点单元类，可以输出单元的刚度、质量、阻尼矩阵，并可通过形函数插值得到内部各点得位移、应力等。对各位以前编写的程序的一个补充和完善吧。-plane eight-unit category, the output unit stiffness, mass, damping matrix, through the shape function can be interpolation points in the internal displacement and stress. Right before you and the procedure for the preparation of a supplement and perfect it.

矩阵计算，包括了矩阵的加减乘除，还可以实现对角化，对一次解方程组非常有帮助-computing in matrixs,It Includes the plus and multiply and so on,It can realize the diagonalize,that will be very helpfull for one result equation

根据输入的点拟合为一个圆，最小二乘法拟合圆程序。对学习和理解最小二乘法算法有很大帮助。

这一项目提出了蚂蚁新论比以往的人工蚂蚁认同合作通过共享内存的进程更具一般性的系统，确定人工蚂蚁与通过共享内存和一个女王的过程，统筹蚂蚁流程合作过程中一个新的起点。然后，我们提出FANT，基于蚂蚁系统的新启发式。该技术是非常简单的实现，同时结合一些搜索策略，如集约化，多样化和学习机制。 FANT是用来解决各种硬分配问题，并显示出与使用各种元启发式其它实现中非常有竞争力。

k-means 算法接受输入量 k ；然后将n个数据对象划分为 k个聚类以便使得所获得的聚类满足：同一聚类中的对象相似度较高；而不同聚类中的对象相似度较小。聚类相似度是利用各聚类中对象的均值所获得一个“中心对象”（引力中心）来进行计算的。 Matlab 源代码，以兰花数据集作为测试对象。-k-means algorithm to accept input k then n data object is divided into k-clustering in order to make available to the cluster to meet: the same objects in clustering high similarity and objects in different clustering the similarity smaller. Cluster similarity is the use of the clustering of objects by means of a

使用哈希来做第一张地图，并使用一个字符串的最小表示测试天气 2 字符串具有相同的最小表示形式，结合哈希。

这是一个猫吃老鼠算法问题。-This is a problem of cats eat rats algorithm.

实现FFT变换的函数。调用形式为y=bianhuan(xr,n) 其中，xr为要进行傅立叶变换的采样信号为输入,y为输出，n为信号xr的长度。-A function of the realization of FFT transform. Call the form of y = bianhuan (xr, n) of them, xr Fourier transform in order to carry out the sampling signal for the input, y is output, n is the length of the signal xr.

资源描述This paper presents a lowcost indoor location identification and material tracking methodology for construction projects using Ultra High Frequency (UHF) passive Radio Frequency Identification (RFID) technology. Onsite location aware information is an emerging area that focuses on automating delivery of spatial information pertinent to location of materials, workforce, and equipment. This spatial information can be used to derive knowledge about construction project status. A two-step algorithm is presented to automate the process of location estimation and material tracking in near-real-time. In this methodology, a number of passive RFID tags are distributed onsite where work is progressing, and a mobile RFID reader is carried by a worker onsite. Each passive RFID tag is deployed as a reference point with a known location (landmark) within a predefined zone. Reference tags of known locations are used to d

运行并测试OpenMP编写两个n阶的方阵a和b的相乘程序，结果存放在方阵c中，其中乘法用for编译制导语句实现并行化操作。