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Building an IPv6 Firewall with OpenBSD by Eric Millican - Building an IPv6 Firewall with OpenBSD by Eric Millican
Date : Size : 61kb User : 1soft

本书CCNA应试必要的学习指南,由Cisco技术知名权威编写。CCNA考试的内容已几度变化,本书是针对最新的考试目标而编写的,旨在帮助应试者全面复习、掌握新的考试内容。本书共11章,内容涉及网际互联、互联网协议、IP子网划分和变长子网划分掩码(VLSM)、Cisco IOS简介、IP路由、增强的IGRP(EIGRP)和开放最短路径优先(OSPF)、第2层交换、虚拟LAN、安全、管理Cisco互联网络、网络地址转换、无线网络技术、IPv6和广域网。除了讲解应掌握的内容外,几乎每章都有复习题、书写练习和实际操作实验,并附有答案。书前有一套评估考题和答案,选配的光盘上有新CCNA考试(640-802)的大量准备工具和资料。为了有助于应试者准备Cisco模拟考试,光盘上包含各章的复习题和模拟考试题。应试者能顺利地通过这一考试。   读者对象:CCNA#640-802考试的应试者、Cisco网络工程技术人员和销售傊、大专院校计算机通信专业师生。 -The unsurpassed CCNA (Cisco Certified Network Associate) Study Guide, for five years running, has been updated for the latest CCNA exam (640-801)! Brought to you from Sybex and globally renowned Cisco authority Todd Lammle, this fourth edition of the revered guide maps directly to the new, expanded exam objectives. The companion CD includes an advanced testing engine containing all chapter review questions and two bonus exams, plus 250 flashcards for PCs, Pocket PCs, and Palm devices! The entire book is also included in PDF. It s clear that years of dedication and expertise stand behind this supreme study aide for Cisco’s popular CCNA certification exam.
Date : Size : 5.77mb User : kaka-liu

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IPv6 bind 中文手册,描述如何使用bind构建服务-IPv6 bind Chinese manual describes how to build services using the bind
Date : Size : 581kb User : dsa

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IPV6技术培训 帮助你了解IPV6 理解IPV6 初步学会并掌握IPV6-IPV6 IPV6 technology training to help you understand the initial learn to understand and master the IPV6 IPV6
Date : Size : 10.49mb User : check

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IPv4 过渡 IPv6 里面介绍了一些详细的过程 你可以通过阅读 了解很多 这方面的资料
Date : Size : 153kb User :

Socket programming got you down? Is this stuff just a little too difficult to figure out from the man pages? You want to do cool Internet programming, but you don t have time to wade through a gob of structs trying to figure out if you have to call bind() before you connect(), etc., etc. Well, guess what! I ve already done this nasty business, and I m dying to share the information with everyone! You ve come to the right place. This document should give the average competent C programmer the edge s/he needs to get a grip on this networking noise. And check it out: I ve finally caught up with the future (just in the nick of time, too!) and have updated the Guide for IPv6! Enjoy!
Date : Size : 532kb User : Sohail Iqbal

详细讲解IPv6技术的资料,由浅入深,对于IPv6技术有一个细致、全面的讲解,对于学习IPv6是一份不错的资料。-Elaborate on IPv6 technology, Deep IPv6 technology a detailed, comprehensive explanation for Learning IPv6 is a good information.
Date : Size : 3.82mb User : sheldon

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RPL说明书。如何在有损低功耗网络实现IPV6路由-The RPL instruction manual. IPV6 routing in lossy low-power network
Date : Size : 163kb User : xukai

网络数据包捕获与应用的VC++6.0编程 研究生 方松茂-Network packet capture and applications VC++6.0 programming graduate Fangsong Mao on Ethernet frame, IPv4 header, IPv6 header, TCP header and the UDP header format which were several common use WinPcap packet header and raw socket programming for analysis. And use the MFC class library, using the list structure to capture network data storage solution to achieve a LAN Internet data acquisition applications. In addition, the preparation of a use of the WinPcap function to send a datagram to achieve SYN Flood hacking program.
Date : Size : 66kb User : 郑永坤

本书着重于Windows XP中革新性的网络特性,同时介绍了为Visual C#编程语言提供的成功网络支持。本书还介绍了最新的网际协议IPv4、 IPv6以及可靠IP多播协议。-This book focuses on the innovative networking features of Windows XP. It also introduces a successful network support for Visual C# programming language. This book also describes the latest Internet protocol IPv4, IPv6, and reliable IP multicast protocols.
Date : Size : 9.79mb User : meimei

6lowpan中间层介绍。初学者可以认识到其中的作用。ipv6到zigbee之间的中间层。-6lowpan introduce an intermediate layer. Beginners can recognize these effects. ipv6 intermediate layer between the zigbee.
Date : Size : 272kb User : 李小狼

the routing protocol proposed by IETF for IPv6/6LoWPAN Low Power and Lossy Networks has significant complexity. Another protocol called LOADng, a lightweight variant of AODV, emerges as an alternative solution. In this paper, we compare the performance of the two protocols in a Home Automation scenario with heterogenous traffic patterns including a mix of multipoint-to-point and point-to-multipoint routes in realistic dense non-uniform network topologies. We use Contiki OS and Cooja simulator to evaluate the behavior of the ContikiRPL implementation and a basic non-optimized implementation of LOADng. Unlike previous studies, our results show that RPL provides shorter delays, less control overhead, and requires less memory than LOADng. Nevertheless, enhancing LOADng with more efficient flooding and a better route storage algorithm may improve its performance.
Date : Size : 1.24mb User : Fatma

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全面介绍了IPv6的产生原因、IPv6的特点及IPv4与v6之间的差异,及未来的发展方向。-introduce the background of IPv6,the features and difference between v4 and v6,point out the direction of IPV6
Date : Size : 4.59mb User : joker
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