利用蚁群算法对机械臂进行轨迹规划 aunt robot path plan

我们常常会在各类的技术文章中见到诸如135、137、139、443之类的“端口”，可是这些端口究竟有什么用呢？它会不会给我们的计算机带来潜在的威胁呢？究竟有多少端口是有用的？想要了解的话，就跟我来吧-We often in various technical articles seen as 135,137,139. 443 like the "port" However, these ports whether what is the use? It will give us the potential of computer threat? How many ports are useful? Want to find out more, come with me

说明：  先下载按键精灵，把脚本导入。 开启脚本后鼠标对准主窗口（队长）按F3开始脚本 出战斗后，随机左右走动遇敌(After going out of battle, they move around randomly and meet the enemy.)

CDR 文件的格式，博世文件,提供CDR格式的文件说明规范！(CDR file format, BOSCH file)

飞思卡尔电磁试跑程序，六个传感器，很牛的底文件库，让电磁车飞起来，不一样的感觉，不一样的代码

说明：  用N来表示训练用例（样本）的个数，M表示特征数目。 输入特征数目m，用于确定决策树上一个节点的决策结果；其中m应远小于M。 从N个训练用例（样本）中以有放回抽样的方式，取样N次，形成一个训练集（即bootstrap取样），并用未抽到的用例（样本）作预测，评估其误差。 对于每一个节点，随机选择m个特征，决策树上每个节点的决定都是基于这些特征确定的。根据这m个特征，计算其最佳的分裂方式。 每棵树都会完整成长而不会剪枝，这有可能在建完一棵正常树状分类器后会被采用）。(N is used to represent the number of training cases (samples), and M is used to represent the number of features. The number of input features m is used to determine the decision result of a node in the decision tree, where m should be far less than m. From N training cases (samples), n times are sampled in the way of put back sampling to form a training set (i.e. bootstrap sampling), and the unselected cases (samples) are used to predict and evaluate the error. For each node, m features are randomly selected, and the decision of each node in the decision tree is determined based on these features. According to these m characteristics, the best splitting mode is calculated. Each tree will grow completely without pruning, which may be adopted after building a normal tree classifier).)

本文我将向你展示一些技巧，让你可以在远程地访问网络中其他计算机的操作系统、服务、当前运行着的进程等等信息，当然前提是你必须得拥有这些计算机的管理员权限。同时我也将向你展示如何利用WMI来启动或者停止服务、终止进程、创建进程。-this paper I will show you some skills, so you can remotely access the network to other computer"s operating system, services, the current running process information, etc., of course, the premise is you have to have these computer administrator privileges. I will also show you how to use WMI to start or stop service, termination process, the creation process.

说明：  系统辨识及其MATLAB仿真，全部代码及其相关资料(System identification and MATLAB simulation)

轮廓波变换的基本原理，对输入图像的进行轮廓波变换，并重构原始信号(The basic principle of contourlet transform, performing contourlet transform on the input image and reconstructing the original signal.)

说明：  demagnetization of mrf assisted braking system

RADIUS 服务器介绍 RADIUS服务器支持标准的RADIUS协议，并支持设备提供商自己定义的扩展RADIUS属性,具有高稳定性、高性能、高度可配置性、高负荷量等特点，是宽带网络运营商理想的认证、授权、计费服务器。 特 点 ◆ 支持多种接入方式 PPPoE接入、DHCP+Web接入、专线接入、无线和有线LAN或WAN基于IEEE802.1x的接入 ◆ 支持多种认证类型 PPPoE用户帐号认证、计算机网卡MAC地址认证、计算机IP地址认证、卡用户认证、专线用户认证、 用户VLAN ID认证等等。 ◆ 支持多种认证方式 PPP PAP认证、PPP CHAP认证、PPP MS-CHAP认证、Unix系统认证、PAM认证、ARAP认证、LDAP认证、EAP/MD5和EAP/TLS认证。 ◆ 支持多种上网控制方式 上网时长控制、上网时段控制、累积时长控制、空闲时长控制、带宽控制。 ◆ 支持漫游特性 A城市的用户在B城市上网，可将用户计费信息发往A城市的RADIUS服务器。 -RADIUS server on the server supports standard RADIUS agreement and support equipment providers to expand their definition of RADIUS attributes, with high stability, high performance, highly configurable, high-load characteristics, is a broadband network operators an ideal authentication, authorization, billing server . features support for multiple access methods PPPoE access, DHCP Web access, leased lines, wireless and cable-based LAN or WAN access IEEE802.1x supports multiple authentication type PPPoE user account