Clever coding synthesizes RFB messages that a client pulls together into an image.
聪明的代码编写将RF B消息合成在一起，客户端将这些消息一起放到一个图像中。
Cody implemented RFB and scripted application programming interfaces (APIs) for it in the high-level Tcl language.
Cody利用高级Tcl语言为VNC实现了rfb并脚本化了应用编程接口(API)。
VNC, the Remote Frame Buffer protocol (RFB) allows a desktop to be viewed and controlled remotely over the Internet.
远程帧缓冲协议（RFB）允许通过互联网远程查看桌面和控制。
This is because RFB depends on Data Encryption Standard DES encoding, and us export restrictions effectively prevent Tcl from bundling DES.
这是因为RF B依赖于数据加密标准(Data Encryption Standard,DES)编码，并且美国的出口限制有效地阻止了Tcl捆绑DES。
VNC is based on a public networking protocol called RFB (see the Resources below for further reading on the technical topics this article raises).
vnc基于一个名为rfb的公共网络协议(要进一步阅读有关本文中提到的技术主题的信息，请参见下面的参考资料)。
The "active," VNC-specific, part consists of realizations of the RFB protocol in terms of Tk's high-performance "photo images." Here's an example.
就Tk的高性能“照片级图像”而言，“活跃的”、特定于VNC的部分包含R FB协议的实现。
NanoHUB takes advantage of plenty of special-purpose facilities hosted at NCN sites, then relies on VNC's RFB protocol to communicate the visual results to the desktops where nanoHUB's clients sit.
nanoHUB 充分地利用了 NCN站点所提供的大量特殊用途的工具，然后依赖VNC的RFB协议，以便将可视化结果传递到 nanoHUB客户端所在的台式计算机。
NanoHUB takes advantage of plenty of special-purpose facilities hosted at NCN sites, then relies on VNC's RFB protocol to communicate the visual results to the desktops where nanoHUB's clients sit.
nanoHUB 充分地利用了 NCN站点所提供的大量特殊用途的工具，然后依赖VNC的RFB协议，以便将可视化结果传递到 nanoHUB客户端所在的台式计算机。
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