隧道技术

基于双向直通隧道技术的移动IP路由优化方案

A Scheme of Route Optimization in Mobile IP Based on Bi-directional Direct Tunneling

一种多轨道动态隧道技术训练BP网络算法

Algorithm of multi-trajectory dynamic tunneling training BP neural network

文中讨论的安全WEB隧道技术就用于解决这个问题。

Secure WEB tunnel can be used in solving this problem .

这一章提供了一些有关隧道技术的额外信息，因为隧道在移动IP中扮演了一个非常重要的角色。

This chapter provides some additional information about tunneling , because the tunnel in Mobile IP to play a very important Role .

构建基于隧道技术与双栈结构的IPv6实验网络

Construct the IPv6 Experimental Network Based on Dual Stack and Tunneling

对基于隧道技术的IPv6承载网过渡方案进行测试。

Tests based on tunnel technology IPv6 bearing network transition program .

基于HTTP隧道技术的物流信息分发机制的研究与实现

Research of Logistics operation based on HTTP tunnel

GPRS网络的关键传输技术&隧道技术

GPRS Tunneling & Key Transmission Technique in GPRS Network

利用HTTP隧道技术开发JDBC网络驱动程序

Using HTTP Tunneling to Design JDBC-net Pure Java Driver

面向NAT用户的IPv6隧道技术研究

Research on the IPv6 Tunneling Technology Designed for Network Address Translator Users

VPN中隧道技术的研究

Research of Tunnel Technique in Virtual Private Net

隧道技术是实现VPN的关键技术。

Tunneling is the key to implementing VPN .

一种基于聚合和隧道技术的MPLS组播新策略

An Aggregated and Tunnel-Based Multicast Strategy for MPLS

将动态隧道技术运用到训练BP网络上，可以有效的改进BP网络易陷入局部极小的缺陷，但是传统的动态隧道技术训练BP网络算法在隧道方向具有不稳定性。

The algorithm using dynamic tunneling technique to train BP neural networks is proved to have good performances in avoiding the local trap .

两种类型的SSLVPN在实现的技术上有所不同，主要区别在于二者是否使用隧道技术。

The difference between two types of SSL VPN is implementation techniques , which apply tunnel techniques .

已有文章提出基于HTTP协议的隧道技术来解决这一问题。

There has been some articles talk about the tunnel technique that based on the HTTP to resolve this problem .

利用VPN隧道技术可以在公共网络中构建私有专用网络，数据可以通过安全的加密隧道进行传送。

VPN can establish private network in public network that allows data transmit safely through the encrypted tunnel .

H.323系统中快速连接和隧道技术的研究

Study of Fast Connect and Tunnelling in H.323 System

但是，如果不能使用UDP，则可以借助隧道技术将音频和视频流通过TCP传输到客户机。

If UDP is unavailable , however , audio and video streams are tunneled to clients through the TCP transport .

目前只有Teredo协议是专为NAT用户设计的一种IPv6隧道技术。

Teredo is the only one tunnel mechanism designed for NAT users .

目前，从IPv4到IPv6主要存在三种过渡技术：双协议栈技术，隧道技术和NAT-PT技术（网络地址翻译&协议翻译技术）。

Dual Stack technique , Tunnel technique and NAT-PT technique ( Network Address Translation-Protocol Translation ) .

30t轴重条件下隧道技术标准研究

Research on the Tunnel Technical Standard under 30t Axis Load

本论文结合了实体分析、网络结构分析、隧道技术于一体并加以算法上的改进，提出了基于URL及上下文并行分块处理的主题爬虫算法。

Combining the ontology analysis , network topology analysis , and tunneling technology for algorithm improve , I propose parallel block processing focused crawler based on URL and context .

二层隧道技术则是一种利用公用数据网建立通信隧道实现对公用数据网两端的第2层协议（特别是PPP）进行中继的组建第2层VPN的方法。

The layer 2 tunneling technique is one of the VPN techniques , which is dedicated to ferry the layer 2 protocols through public data networks .

互联网VPN组网即，基于VPN虚拟隧道技术，在互联网接入的基础上，广泛应用于大中小型企业的数据通信技术。

VPN networking , VPN-based virtual tunneling technology , the Internet access on the basis of widely used in small , medium and large enterprise data communications technology .

研究了IP，IPSec协议，采用了一种新的多层封装隧道技术实现不同NAT后主机的IPSec通信及其具体工作过程。

It does a research on IP , IPSec protocol and propose a new multilayer encapsulation method of tunnel technology for private address behind different NATs based on p2p .

本文介绍了以IP隧道技术实现分布式的控制网络，讨论IP隧道的基本原理、数据包封装、地址解析以及地址表的建立与刷新等。

In this paper , the IP tunneling technology in the distributed control networks is described . The paper discusses principle of IP tunneling , datagram encapsulation , address resolution , establishing and refreshing of address table etc. .

目前主要有三种解决过渡问题的基本技术：双协议栈、隧道技术、NAT-PT（地址／协议转换）。

Currently there are three basic techniques to solve the transition problem : DualStack , Tunnel and NAT-PT .

通过Applet以及Servlet技术，实现了Web技术与网管技术的成功结合、并利用Http隧道技术解决了客户端Applet与服务器端Servlet的可靠通信；

It is the technology of Applet and Servlet that realizes uniting Web technology with network management technology and solves secure communication between client port and server port by using Http tunnel technology .

在过渡机制方面，选取了几种常用的IPv6过渡技术进行研究，包括：双栈技术、隧道技术和翻译技术，并对这几种技术加以对比。

In the aspect of transition mechanism , several commonly used IPv6 transition technologies have been selected for researching , including dual stack technology , tunnel technology , translation technology , and a comparison between them .