ActiveSync will assign an IP address to your PC as soon as a PocketPC is connected.
当activesync连接的时候它会自动给电脑分配一个IP地址。
It does NOT just exchange every item it finds on a PocketPC with a server it connects.
它也不是只要和服务端相连就与PocketPC上的所有条目进行交换。
Following the above example, you have two servers configured on your PocketPC: ' Home ' and ' Office '
根据上面的例子，PocketPC上有两个客户端：“家庭 ”和“办公室 ”。
One goal of the FinchSync development was to keep items from different servers and sync sources separate on your PocketPC.
开发FinchSync的一个目标就是在你的PocketPC上保持不同服务端上不同来源的同步信息各自分开。
Please make sure, that you READ and UNDERSTAND the following chapter about using 'categories' with FinchSync on your PocketPC.
请确保你能够阅读并且理解以下关于使用PocketPC上FinchSync的类别功能。
The process of developing a kind of field information collecting system based on PocketPC and DGPS or portable GPS was expounded.
介绍了一种基于掌上电脑和DGPS/背夹式GPS设备的农田信息采集系统的开发过程。
You see, FinchSync offers a powerful system to manage different calendars, addressbooks spread over mutliple PCs just from your PocketPC.
正如你所看见的，FinchSync提供了强大的系统来管理不同的日程表、联系簿，只是从你的PocketPC到不同的电脑上去。
If you synchronize items from the PC to your PocketPC, the original category is modified according to this syntax and stored in PocketOutlook.
如果条目从电脑同步到PocketPC，条目的类别会根据这个语法进行修改然后保存在PocketOutlook中。
Capabilities: Running Linux opens up a large number of possibilities that are either difficult, expensive, or impossible to achieve using PocketPC.
实际能力：运行Linux，使得很多在使用PocketPC时难以达到、代价高昂或者不可能达到的事情成为可能。
Note: If you like to update to a newer version of FinchSync, please follow the update instructions, as you may keep your items and Settings on your PocketPC.
注：如果你想更新到最新版本的FinchSync，请按照更新介绍操作，这样可以保持PocketPC上的所有条目和配置。
The original model, 3600, was released in 1999 and featured a 206-Mhz StrongArm processor with 32 MB ROM and 32 MB RAM, running the PocketPC 2000 operating system.
最初的型号是于 1999 年发布的 3600，其拥有一个 206-Mhz 的StrongArm处理器、32MBROM和 32 MBRAM，运行PocketPC 2000操作系统。
If you have a CF jacket, it is possible to install Linux on a CF memory card without re-flashing the internal device, thereby leaving PocketPC relatively untouched.
如果您有一个cf盒，那么有可能在一个CF内存卡上安装Linux，而不用重新快速存储内部设备，这样就可以使PocketPC相对不会被改动。
But what if you want to extend the portlets beyond these rich clients and make the content available to constrained devices such as a PocketPC, a Palm handheld or a SmartPhone?
但如果您想将portlet扩展到这些胖客户机之外，并使内容可以由受限的设备(比如袖珍pc机、手持设备或智能电话)使用时，又会怎样？
I say "relatively" because, due to the way in which PocketPC stores user data (in DRAM), when Linux is booted, it will erase all the user data (as Linux USES all of the available DRAM).
我之所以说是“相对”，原因在于PocketPC存储用户数据的方式(在DRAM中)，当Linux引导时，它将抹去所有的用户数据(因为Linux使用所有可用的DRAM)。
I say "relatively" because, due to the way in which PocketPC stores user data (in DRAM), when Linux is booted, it will erase all the user data (as Linux USES all of the available DRAM).
我之所以说是“相对”，原因在于PocketPC存储用户数据的方式(在DRAM中)，当Linux引导时，它将抹去所有的用户数据(因为Linux使用所有可用的DRAM)。
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