IPv4,IPv6
1)IPv6IPv4
1.A Translation Gateway for IPv6 and IPv4 Based on NAT/PT;一种基于NAT/PT的IPv6与IPv4转换网关
2.TRANSITION TACTICS FROM IPv4 TO IPv6;IPv4向IPv6迁移的过渡策略
3.promote the development of the sixth version of Internet protocol(IPv6).介绍了IPv6的基本知识、发展历程以及从IPv4向IPv6过渡的管理策略。
英文短句/例句

1.The Comparison between IPv4 and IPv6 and Transition Method from IPv4 to IPv6IPv4与IPv6比较及IPv4向IPv6过渡方法
2.Technical Analysis of the Transition from IPv4 to IPv6;IPv4过渡到IPv6的技术分析
3.Research of IPv4 to IPv6 Transition Technology;IPv4向IPv6过渡技术的研究
4.Analysis of Strategy for IPv4 - to - IPv6 Transfer;IPv4向IPv6的迁移策略分析
5.Study of Operating Each Other on IPv4 and IPv6;IPv4和IPv6的互操作性研究
6.Research on IPv6-in-IPv4 Tunnel Discovery TechnologyIPv6-in-IPv4隧道发现技术研究
7.The Research on IPv4/IPv6 Translation Gateway with Several PT Modules;多PT的IPv4/IPv6转换网关研究
8.Design and Implement of Mobile IPv4 Extended Protocol(HMIPv4+PMIPv4);移动IPv4扩展协议设计和实现(HMIPv4+PMIPv4
9.The Research of the Access from IPv4 to IPv6;园区网IPv4用户访问IPv6资源的研究
10.Research about Implementation of IPv4/IPv6 NAT-PT;IPv4/IPv6地址协议转换实现研究
11.Study on IPv4 and IPv6 Network Interconnection Technology;IPv4与IPv6网络互连技术的研究
12.Design and Implementation of IPv4&IPv6 Double Stack on Vehicle Gateway;车载网关中IPv4与IPv6双栈的设计与实现
13.The Design and Implementation of IPv4/IPv6 Translation Gateway;IPv4/IPv6转换网关的设计与实现
14.The Study and Implementation of IPv4-IPv6 Multicast Transition Gateway;IPv4-IPv6组播过渡网关的研究与实现
15.Research on IPv4/IPv6 Translation Gateway under Linux Operation System;Linux环境下的IPv4/IPv6翻译网关研究
16.The Research and Implement of IPv6/IPv4 Tunnel;IPv6/IPv4 Tunnel技术的研究与实现
17.The Research in the Transition Mechannism of IPv4/IPv6;IPv4/IPv6协议过渡机制的研究
18.The Policy Research of Campus Network Transition from IPv4 to IPv6;从IPv4到IPv6校园网过渡策略研究
相关短句/例句

IPv4/v6 protocolIPv4/v6
1.With new network technologies introduced and applied traffics increased, high-performance routers must support large-capacity, high-throughput, low-forwarding-delay, IPv4/v6 protocol stack, and many routing protocol.随着网络新技术的引入和应用业务的增多,高性能路由器必须支持大容量、高吞吐率、低转发时延、IPv4/v6双协议栈和众多的路由协议。
3)Mobile IPv4移动IPv4
1.Design and Implement of Mobile IPv4 Extended Protocol(HMIPv4+PMIPv4);移动IPv4扩展协议设计和实现(HMIPv4+PMIPv4
2.The Research of Mobile IPv4 Dynamic HA;移动IPv4动态家乡代理的研究
3.This article first learns about working principle and the functions of the mobile IPv4.本文首先了解了移动IPv4的功能实体和工作原理,介绍了移动IPv6操作原理并将其与移动IPv4比较。
4)IPv4 protocolIPv4协议
1.A default installation was used for IPv4 protocol stack;and for IPv6 protocol stack of XP system;ipv6 install was inputted in command lines of two different PC;associated information was look at through ipconfig to get associated address of client-side and server.IPv4协议栈为默认安装;XP系统IPv6协议栈需在两台PC机命令行中输入ipv6install,通过ipconfig查看相关信息,得到客户端和服务器端相关地址。
5)IPv4&IPv6IPv4和IPv6
6)IPv4/IPv6 dual-stackIPv4/IPv6双栈
1.IPv4/IPv6 dual-stack quaternary-search routing lookup algorithm and implementation;IPv4/IPv6双栈四分搜索路由查找算法与实现
2.IPv4/IPv6 dual-stack core routers need efficient integrative routing lookup.IPv4/IPv6双栈核心路由器需要一体化高效路由查找。
延伸阅读

(MACD)指数平滑移动平均线指数平滑移动平均线(MACD)一、指数平滑移动平均线运用两条移动平均线相互背离,相互应证的交易法则,就可以得出指数平滑移动平均线(MACD)。它是运用快速和慢速移动平均线交叉换位、合并分离的特性加以双重平滑运算,来判断买卖时机。该指标在股市中具有重大实践意义。二、公式1.指数平均值EMA(n)=n日平滑系数×(今日收盘价-昨日EMA)昨日EMAn日平滑系数=2÷(n1)赢正软件系统默认n值为12、262.离差值DIF=EMA1-EMA23.差离平均值MACD(n)=n日平滑系数×(今日DIF-昨日MACD)昨日MACD4.离差柱线BAR=DIF-MACD三、MACD分析要领1.运用MACD应该综合其它技术指标共同分析。2.运用移动平均线(MA)判研买卖时机在趋势明显时收效甚大,但如果碰到盘整形态时,MA会发出频繁而不准确的信号。根据移动平均线原理发展出来的指数平滑异同移动平均线可以去掉移动平均线发出的虚假信号,同时能够保持平均线的效果。3.由于DIF是短期移动平均值与长期移动平均值的"离差",因此,如果行情见涨,短期移动平均值在长期移动平均值之上,此时DIF为正值。且离差加大,投资者应适当控制买入速度防止追涨而被套牢;如果行情下跌,短期移动平均值在长期移动平均值之下,此时DIF值为负,且离差加大,投资者可适当购入股票;当行情由多头转向空头,或由空头转向多头时,离差值趋近于0,此时,投资者可观望一段时间,判定走势后,再决定买卖。4.离差平均值MACD反映的是平均后的离差值,所以,二者应配合分析。当MACD和DIF都在0轴线以上时,说明买方力量强,投资者不可猛追;当MACD和DIF都在0轴线以下时,说明市场抛盘压力大,投资者应适当购入,待股价上涨时再抛出。5.如果DIF向上突破MACD和0轴线时,说明买盘大,投资者可适当加入多头;如果DIF向下跌破MACD和0轴线时,说明卖方多,投资者应适时低价购进股票,待股价上涨后,再卖出。