Figure 1-web Sockets architecture with explicit and transparent proxy servers.
图1——有着显式和透明的代理服务器的WebSockets架构。
In the case of transparent proxy servers, the browser is unaware of the proxy server, so no HTTP CONNECT method is sent.
如果是透明代理服务器的情况，浏览器不知道代理服务器，因此不会有HTTPCONNECT方法被发送。
Today, most transparent proxy servers will not yet be familiar with the Web Socket protocol and these proxy servers will be unable to support the Web Socket protocol.
目前，大部分透明代理服务器都还不了解WebSocket协议，而这些代理服务器也无法支持Web Socket协议。
NAT and transparent proxy are very important function modules of firewall.
NAT和透明代理是其中非常重要的功能模块。
The transparent proxy gives the impression that the actual object resides in the client's space.
透明代理使人以为实际对象驻留在客户端空间中。
For custom proxies this restriction is relaxed because the transparent proxy is treated as the server object.
对于自定义代理，可不受此限制，因为透明代理被视为服务器对象。
For example, an ISP can use transparent proxy caches for its dial-up modem clients without their ever knowing about it.
例如，ISP可以对其拔号调制解调器客户使用透明代理高速缓存，而用户根本不会知道。
A client that USES an object across any kind of a remoting boundary is actually using a transparent proxy for the object.
客户端在跨任何类型的远程处理边界使用对象时，对对象使用的实际上是透明代理。
The proxy has a dual nature: it ACTS as an object of the same class as the remote object (transparent proxy), and is a managed object itself.
该代理具有双重特性：它充当与远程对象相同的类的对象(透明代理)，同时它本身是托管对象。
In the part about transparent proxy, this dissertation presents the implementation of transparent channel and application level proxy of HTTP, FTP, TELNET.
透明代理部分主要论述了透明通道的建立和HTTP、FTP、TELNET应用代理服务器的实现。
This paper expatiates technical principles of NAT and transparent proxy and discusses the design and implementation of NAT and transparent proxy in SED-FW2003.
本文详细分析了NAT和透明代理的技术原理，并论述了NAT和透明代理在SED - FW2003中的设计与实现。
Encrypted WebSocket Connections and Transparent Proxy servers.
加密的WebSocket连接与透明的代理服务器。
Unencrypted WebSocket Connections and Transparent Proxy servers.
未加密的WebSocket连接与透明代理服务器。
Transparent proxy caching also diverts all traffic to the cache server.
透明的代理高速缓存也使全部流量转向高速缓存服务器。
Transparent proxy caching also diverts all traffic to the cache server.
透明的代理高速缓存也使全部流量转向高速缓存服务器。
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