首先，以GENE8310嵌入式开发板为核心，在其上扩展相应硬件如：GPS模块和无线上网模块等，设计了手特地理信息终端的硬件平台。
Firstly, we extend the related hardware such as GPS and wireless Ethernet module to design the hardware platform of portal GIS terminal by taking the GENE8310 embedded developing platform as kernel.
本文首先对场板混合终端结构的优化设计进行了解析研究，提出了一套完整的设计理论，然后通过实验验证了此理论的正确性。
We first analytically study the optimal design of the mixed termination structure to present a complete set of design theory and then verify the theory by experiment.
与IT紧密相关的办法是管理报告，终端用户查询，多维分析，仪表板，记分卡和数据挖掘的一种。
The IT-intensive approach is one of managed reporting, end-user query, OLAP, dashboards, scorecards and data mining.
提出了一种新型的场板和保护环相结合的结终端技术，并讨论了此终端结构的工作原理和优越性。
A new junction termination technique in which field plate combines with diffusion guard ring is presented. And we discuss the principle and superiority of the new junction termination technique.
读卡器板有高可靠性、抗热抗湿和物理冲击，因此该终端设备能承受可能面临的各种极端的环境和运输条件。
The reader board's high reliability and resistance to heat, humidity, and physical shocks enables the terminal unit to withstand the extreme environments and transportation it may face.
读卡器板有高可靠性、抗热抗湿和物理冲击，因此该终端设备能承受可能面临的各种极端的环境和运输条件。
The reader board's high reliability and resistance to heat, humidity, and physical shocks enables the terminal unit to withstand the extreme environments and transportation it may face.
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