搜索资源列表
SimpleSniffer
- 一个简单的网络地址嗅探器，具有最基本的功能，采用Winsocket编写-a simple network address Sniffer is the most basic function, prepared using Winsocket
PortScan
- Visual Basic.NET网络与输入输出技术 端口扫描
NetScan1.01
- 端口扫描基本程序-port scanning basic procedures
NetScan1.0
- 端口扫描基本程序二-port scanning two basic procedures
软盘i-o
- 判断逻辑驱动器A中磁盘的基本信息。根据给定的物理扇区号读取磁盘扇区。把磁盘上得到的信息输出到标准输出流中。-judgment logical drive A disk of basic information. According to the physics sector, disk sector read. Disk information on the output to standard output stream.
NetScanAndCheck
- 网络扫描和检测程序,通过代码可以了解学习网络扫描和检测技术的基本原理和实现方法.-Network scanning and detection procedures, the adoption of the code can understand learning network scanning and detection technology, the basic principle and method.
HowNessusWorks
- 有关NESSUS基本原理及其关键技术分析，写的很不错。-The basic principles of the NESSUS and its key technical analysis, and writing is pretty good.
EnumHosts
- 对局域网内的计算机做统一扫描，获得基本信息，可以做为网络管理功能的前端。-Computer on the LAN to do uniform scan, access to basic information, can be used as the front-end network management capabilities.
Scan-Line-Seed-Fill
- Visual Basic 扫描线种子填充.-Visual Basic for Scan line seed fill algorithm.
bingdu
- 基于软件扫描的简单病毒代码主文件，用于初学者对病毒的基本工作原理的理解-Based on a simple virus software to scan the main code file for beginners understanding of the basic working principle of the virus
Arp-CheckeARP
- ARP协议是“Address Resolution Protocol”（地址解析协议）的缩写。在局域网中，网络中实际传输的是“帧”，帧里面是有目标主机的MAC地址的。在以太网中，一个主机和另一个主机进行直接通信，必须要知道目标主机的MAC地址。但这个目标MAC地址是如何获得的呢？它就是通过地址解析协议获得的。所谓“地址解析”就是主机在发送帧前将目标IP地址转换成目标MAC地址的过程。ARP协议的基本功能就是通过目标设备的IP地址，查询目标设备的MAC地址，以保证通信的顺利进行-ARP proto
OFDM
- 基于OFDM的盲信道估计与信号识别的算法，很基本的内容，特别是盲信道估计-Blind channel estimation based on the OFDM signal recognition algorithm, the basic content, especially blind channel estimation
Net_cap
- 使用java语言抓取网络分组,并设计一个简单的图形界面，用于显示和分析抓包结果,GUI提供基本的输入，用户可以自定义抓包规则，最终实现一个图形界面的Ipv6分组分析器。-Use Java language to fetch network grouping, and design a simple graphical interface,which is used to display and analyze caught. The GUI provides basic input,in whi
INDER-BRO-DAV
- By exploiting the basic principles of particle swarm optimization (PSO) and the information of practical node positioning applications, TLP searches out the optimal localization results on the basis of the distance anchor nodes to unknown nodes.