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[TCP/IP stack] 流量控制 DL : 1: 这是本人跟通寝室同学做的毕业设计课题,该课题主要任务是在分析Linux内核的基础上，熟悉和掌握Linux流量控制的机理。并进一步实现可针对IP地址进行流量控制的应用软件。该软件采用C/S结构。客户端负责用户管理，流量控制策略管理和人机交互部分。服务器端负责带宽分配，流量控制的具体实现。在课题的具体分工上，本子课题负责客户端的实现。-this is my bedroom with Qualcomm graduate students to do design issues, the main topic was the analysis of the Linux kernel, on the basis of familiar and master Linux flow control mechanism. And further to target IP address flow control applications. The software using C / S structure. The client is responsible for user management, traffic management and control strategy HCI part. Server for bandwidth allocation and flow control of the specific realization. Specific topics in the division, the book topics for the client to achieve.
Date : 2008-10-13 Size : 352.59kb User : 王作
[TCP/IP stack] ip_package DL : 0: 这是一个对linux内核代码中关于TCP/IP协议栈的阅读结果,是关于IP包的生成和分片过程的.-this is one of the Linux kernel code on the TCP / IP protocol stack of reading, IP packet on the formation and patch process.
Date : 2008-10-13 Size : 16.5kb User : 邹文科
[TCP/IP stack] volume2 DL : 0: 用TCPIP进行网际互联第二卷：设计、实现与内核（第三版）和 TCP/IP协议一样是一套经典的协议书籍。-TCPIP used for internetworking Volume II : design, Implementation and kernel (third edition) and TCP / IP protocol is the same set of classic books on the agreement.
Date : 2008-10-13 Size : 9.84mb User : 王振华
[TCP/IP stack] 流量控制 DL : 0: 这是本人跟通寝室同学做的毕业设计课题,该课题主要任务是在分析Linux内核的基础上，熟悉和掌握Linux流量控制的机理。并进一步实现可针对IP地址进行流量控制的应用软件。该软件采用C/S结构。客户端负责用户管理，流量控制策略管理和人机交互部分。服务器端负责带宽分配，流量控制的具体实现。在课题的具体分工上，本子课题负责客户端的实现。-this is my bedroom with Qualcomm graduate students to do design issues, the main topic was the analysis of the Linux kernel, on the basis of familiar and master Linux flow control mechanism. And further to target IP address flow control applications. The software using C/S structure. The client is responsible for user management, traffic management and control strategy HCI part. Server for bandwidth allocation and flow control of the specific realization. Specific topics in the division, the book topics for the client to achieve.
Date : 2026-01-10 Size : 352kb User : 王作
[TCP/IP stack] ip_package DL : 0: 这是一个对linux内核代码中关于TCP/IP协议栈的阅读结果,是关于IP包的生成和分片过程的.-this is one of the Linux kernel code on the TCP/IP protocol stack of reading, IP packet on the formation and patch process.
Date : 2026-01-10 Size : 16kb User : 邹文科
[TCP/IP stack] mipv6-2.0.2.tar DL : 0: 移动IPV6的包,编译内核时需要的好-Mobile IPV6 packet, the kernel needs a good
Date : 2026-01-10 Size : 297kb User : wangcm
[TCP/IP stack] IPv4IPv6turnel DL : 0: 翻译网关的实现环境 Linux 是类Unix 操作系统大家族的一员[19]。1991 年，Linus Torvalds 开发出了最初的Linux，现在，Linus 依然在不遗余力地改进Linux，使它保持与各种硬件平台的同步发展，并协同世界各地上百名开发者进行应用开发工作。 Linux 内核是一个真正的Unix 内核，它的内核非常小而且紧凑，Linux 系统通常很稳定，故障率低，系统易于维护。Linux 最吸引人的优点是它不是一个商业操作系统，它的源代码在GNU 公共许可证下是开放的，-Translation Gateway to achieve environmental Linux is Unix-type operating system, a large family [19]. In 1991, Linus Torvalds developed the first Linux, now, Linus is still spare no effort to improve Linux, keep it with a variety of hardware platforms of the simultaneous development of, and synergy around the world hundreds of developers to carry out the work of application development. Linux kernel is a true Unix kernel, and its core is very small and compact, Linux systems are generally very stable, low failure rate, the system easy to maintain. Linux the most attractive advantages is that it is not a commercial operating system, its source code under the GNU Public License is open,
Date : 2026-01-10 Size : 5.96mb User : qmei_1
[TCP/IP stack] EthernettoDSP-BasedSystems DL : 0: An ever-increasing number of appliances incorporate Ethernet connectivity. With the popularity of the Internet, IP protocol connectivity is required in many applications. In this application note we present a functional structure for an Ethernet driver and a mini IP/UDP stack thatcan be incorporated in any Internet appliance. This driver structure is flexible to allow for hardwarechanges (changing the Ethernet chip) with minimal code changes. We suggest someimplementation constructs using DSP/BIOS kernel objects. We also highlight the advantagesof using the DSP/BIOS objects to solve certain problems as opposed to a structure without an operating system.
Date : 2026-01-10 Size : 84kb User : ZHAO XUE QING
[TCP/IP stack] routeEnhLib DL : 0: 通常内核路由表是由TCP/IP协议栈的主进程访问，然而有时用户需要自己操作内核路由表。该源代码包用于访问TCP/IP协议栈的内核路由表，该代码能够在VXWORKS操作系统上运行，做适当修改可以用于LINUX。-Usually the kernel routing table is TCP/IP protocol stack to visit the main process, but sometimes users need to operate their own core routing table. The source code package is used to access the TCP/IP protocol stack of the kernel routing table, the code can run on VXWORKS operating system, make the appropriate modifications can be used to LINUX.
Date : 2026-01-10 Size : 65kb User : yu
[TCP/IP stack] TCPIP DL : 0: 这是tcpip协议的内核源码分析，对学习tcpip协议很有帮助。-This is the tcpip protocol kernel source code analysis, helpful learning tcpip protocol.
Date : 2026-01-10 Size : 7.93mb User : jiankuilu
[TCP/IP stack] 01.TCP-Echo DL : 0: linux 2.6内核下的Tcp/ip服务器端-base on linux 2.6 kernel,and is a server of Tco/ip
Date : 2026-01-10 Size : 1kb User : madaha
[TCP/IP stack] xinu DL : 0: 这是steven的TCPIP内核及注释，各层协议均包括，很全很好的，完整版-This is steven the TCPIP kernel and comments are all very good, full version
Date : 2026-01-10 Size : 1.04mb User : 妞妞
[TCP/IP stack] KTDI DL : 0: ktdi的例子，封装成ksocket可以在内核使用socket进行网络通讯(tcp/udp)-ktdi example, can be packaged as ksocket socket in the kernel to use for network communication (tcp/udp)
Date : 2026-01-10 Size : 90kb User : 顺口溜
[TCP/IP stack] x-net DL : 0: IOCP（I/O Completion Port，I/O完成端口）是性能最好的一种I/O模型。它是应用程序使用线程池处理异步I/O请求的一种机制。在处理多个并发的异步I/O请求时，以往的模型都是在接收请求是创建一个线程来应答请求。这样就有很多的线程并行地运行在系统中。而这些线程都是可运行的，Windows内核花费大量的时间在进行线程的上下文切换，并没有多少时间花在线程运行上。再加上创建新线程的开销比较大，所以造成了效率的低下。 -IOCP (I/O Completion Port, I/O completion ports) is the best kind of performance I/O model. It is the application uses the thread pool handle asynchronous I/O requests of a mechanism. In dealing with multiple concurrent asynchronous I/O request, the previous models are receiving requests to create a thread to answer the request. So there is a lot of threads running in parallel on the system. These threads are runnable, Windows takes a lot of time during kernel thread context switches, and not much time is spent on running the thread. Plus the cost of creating a new thread is relatively large, so resulting in low efficiency.
Date : 2026-01-10 Size : 380kb User : 张本梁
[TCP/IP stack] TCPChat DL : 0: 网络编程普遍使用socket接口来实现网络间的进程通信，具体的TCP/IP细节被封装在内核之中，由内核完成；用户只需要使用内核提供的socket API来实现通信即可。Windows网络编程继承了Unix的socket接口，基本模式同Unix大同小异。但是由于两个系统的实现不同，在具体实现网络程序时仍存在一些差异。包括一些socket API的原型，以及并发服务器的编写方法等。-The widespread use of socket network programming interface to the process of communication between the network and the specific details of the TCP/IP is encapsulated in the kernel, done by the kernel users only need to use the kernel socket API to communication can be. Windows network programming has inherited the Unix socket interface, much the same basic pattern with Unix. However, due to the realization of the two systems, there are still some differences in the concrete realization of the network program. Including some of the socket API prototype, as well as the compilation of concurrent server.
Date : 2026-01-10 Size : 3kb User : Mica
[TCP/IP stack] iptables-1.4.9.tar DL : 1: iptables是linux系统中管理防火墙的工具（内核版本为2.4及以上，在低于2.4版本的LINUX系统中，用的不是iptables）。通过iptables可以建立、删除、修改、保存（导出）、导入防火墙策略。-iptables firewall is a linux system administration tools (kernel version 2.4 and above, at less than 2.4 version of LINUX system, not using iptables). By iptables can create, delete, modify, save (export), import firewall policy.
Date : 2026-01-10 Size : 464kb User : DUAN
[TCP/IP stack] linux-1.2.13.tar DL : 0: tcp/ip内核源码实现，对于分析源码来理解tcp/ip协议有很好的作用(Tcp/ip kernel source code implementation)
Date : 2026-01-10 Size : 2.25mb User : 123DLJ