硬件接口

To achieve the expansion of binding table to realize binding table unlimited storage as well as real-time observation network and node information, designed the coordinator node and PC hardware communications interface and coordinator node upper computer software platform.

为扩充绑定表实现绑定表无限量存储以及实时观察网络和节点信息，设计了协调器节点与PC机硬件通信接口和协调器节点上位机软件平台。

The "Hardware" part describes the structure of system , the design of the interface circuit and noise immunity .

硬件部分介绍了系统的结构、接口电路的设计及抗噪设计，软件部分则介绍了主程序、分选程序和分选机系统误差统计校正子程序的设计，并介绍了误差统计校正的原理与方法。

The intelligent instrument with a singlechip of 89C51 and a chip 8155 realize the oscular minimum hardware design technique for keyboard/display and printers .

讨论在以89C51单片机为微处理器的智能化仪表中采用一片8155实现智能仪表、键盘/显示器及打印机接口的最小化硬件设计技术。

Finally, the test of interface using the enhanced parallel port was done.

用xcs10 FPGA完成对所设计的ARINC429总线接口芯片的硬件实现。

The embedded video encoder can process A/D transform of video signal, video compressing, network protocol processing and camera controlling. Hence the hardware of encoder includes H.263 Video Encoding Unit and Network Protocol Processing Unit based on TM1300, Network Interface Unit based on RTL8139C chip and Peripheral Extending Unit based on W77E58 which deals with camera controlling.

硬件设计由以下四个单元组成：以 TM1300为核心的视频编码单元和协议处理单元；采用 RTL8139C芯片的网络接口单元；以及单片机 W77E58为核心的完成摄像头控制和透明数据传输的外围扩展单元。

Among this project,DirectX SDK get figure software interface of hardware go on the pinup picture as one to the lamination.

在本项目中，DirectX SDK作为一种到图形硬件的软件接口对纹理进行贴图。

In software, we will realize testing and displaying in real time on Windows operating system. In hardware, we use computer as postposition CPU, Single Chip Micyoco as front CPU, and link them into distributing testing system,communication between postposition CPU and front CPU through USB interface.

软件上，使用Windows平台实现实时性很高的实测实显任务；硬件上，将计算机作为上位机，单片机作下位机，组成分布式测试系统，通过USB接口实现数据传输。

The problem solving and inference functions will be provided by the hardware inference mechanism,the control mechanism,parallel processing,the logic programs developed on these machines and the software system for high-order predicate calculus.

FGCS的功能可分成3类：问题的求解和推理功能、基于知识的管理功能和智能接口功能问题的求解和推理功能将由硬件推理机制、控制机制、并行处理，以及在这些机制上开发的逻辑编程及高阶谓词演算软件系统提供。

Computer software use the VC++ 6.0 to develop a human-computer interface which can give a control order to the object, print and save the collected data in order to enquiry, deal with abnormal situations and so on. Computer hardware mainly complete the design of electrical control system, including motor-controlled, motor-driven, torque signal- acquisition and the design of interface circuit.

上位机软件采用VC++6.0进行设计，主要用它来开发一个人机交互界面，对试验台发出控制命令、可以打印采集到的扭矩数据并同时将数据进行保存以便查询、对异常情况进行处理；下位机硬件主要完成电气控制部分的设计，包括电机的控制、电机的驱动、扭矩信号的采集和接口电路的设计。

Moreover, we design the control system of our quadruped robot based on a C8051F040 single chip including some peripheral interfaces.

建立了以C8051F040芯片为核心、扩展了外围接口的硬件控制系统。

What are your goals and strategies for growth?

你的成长目标和策略是什么？

And unto the angel of the church in Sardis write; These things saith he that hath the seven irits of God, and the seven star I know thy works, that thou hast a name that thou livest, and art dead.

3：1 你要写信给撒狄教会的使者，说，那有神的七灵和七星的，说，我知道你的行为，按名你是活的，其实是死的。