硬件实现的

Achieved has been able to construct each kind of structure nimbly the network analysis situs, manifested each kind of networking, realized networking training and the network theorem teaching goal, simultaneously gave the engine room to reserve the promotion condition, reduces cost which the network and the hardware development brought.

达到了能灵活地构建各种结构的网络拓扑，体现各种网络技术，以实现网络技术培训及网络原理教学的目的，同时给机房预留了升级的条件，减少网络与硬件发展带来的成本。

In order to realize, the integrated testing of dynamic parameters, real-time and in-system inspection, and diagnoses of fault of engine, at the same time considering the universal and specific performance, a new-fashion real-time testing system design for the integrated parameters of engineer is proposed based on the technology of parallel procession of multi-DSP and virtual instrument.

为了实现发动机动态参数的综合测试、实时在线检测和故障诊断，综合考虑其通用性和专用性，提出了一种基于多DSP并行处理和虚拟仪器技术的新型发动机综合参数实时测试系统设计，重点阐述了系统的硬件结构和软件框架设计，并对系统实时、远程故障诊断进行了探讨。

It is applied to design the hardware frame of system based on DM642, solve synchronous problem of double CCD and control frame speed by software. In addition, the effect application is considered on the implementation of arithmetic.

基于DM642设计了系统的硬件结构，解决了双目视觉两摄像头同步问题并能够用软件控制帧速；而且在算法的实现上，考虑到了理论的实际应用。

This paper introduces the hardware configuration and the software achievement of monitoring and control system based on mixed model of industrial Ethernet for sewage disposal.

摘 要：介绍了基于工业以太网混合模型的污水处理监控系统的硬件配置及其功能的软件实现。

The traditional Givens rotation algorithm involves root computation which need more hardware resources, the paper presents a Givens rotation algorithm without root and division computation, combined with the special structure of the input signal matrix, a interference suppression algorithm with low computation is also proposed.

传统Givens旋转算法涉及到平方根运算，这种运算要消耗较多硬件资源或需要多次循环来实现，文中给出一种无平方根与除法运算的Givens旋转算法，并结合信号输入矩阵的特殊结构，给出一种低复杂度的干扰抑制算法。

The hardware design project and principle are presented in detail, including the sensor and the single-chip microcomputer select, the signal processing circuit, the real-time clock circuit, the alarm circuit, the wireless receiving and transmitting circuit, the extension of FLASH memorizer, the key-board circuit and USB interface circuit, etc. As the counterpart, the software function modules are presented as well, including the main program of transmitter and receiver, the data acquisition and processing module, the display function module, the key function module, the three-level alarm on fault parameters module, the fault parameters memorizing and inquiring module and the wireless transmitting and receiving module, etc.

论文详细介绍了系统的硬件设计方案及其工作原理，包括传感器的选择、单片机的选择、信号调理电路、实时时钟电路、报警电路、FLASH存储器、无线发射与接收电路、键盘电路和USB接口电路等；同时详细介绍了软件设计方案及具体实现方法，包括发射机主程序、接收机主程序、数据采集与处理模块、键盘处理模块、故障数据存储与查询模块、显示功能模块、报警模块、无线发射与接收模块等。

A hardware design of single chip GPS receiver is presented which uses Infineon Technologies and Global Locate's Hammerhead.

为了满足使用的需要，介绍一种基于Hammerhead芯片实现单芯片全球定位系统接收机的硬件设计，提出了射频印刷电路板(Printed Circuit Board，PCB)设计的解决方案。

The design and realization of the altitude sensor measuring system in pilotless aircraft based on microcontroller C8051F352 are introduced.The hardware,software and the design principle and program flow chart of the temperature compensation algorithmic are discussed particularly.

介绍了一种基于C8051F352型单片机的无人机高度传感器测量系统的设计及实现过程，详细论述了系统硬件、软件及温度补偿算法的设计原理、程序流程图等。

Analysis and simulation results indicate that the computation complexity of the proposed algorithm does not increase while oversampling rate increases and the proposed algorithm has advantages in computation complexity and is feasible in practical hardware systems.

相比于传统的相关算法和现有的两种改进型时域相关算法以及基于FFT的频域相关算法，该算法在运算复杂度上具有优势，有利于在实际硬件系统中实现。

This thesis describes particularly the hardware design of the TIU and program design of FPGA, such as the function, structure and implement of ingredients.

文中介绍了这个时间间隔测量单元的硬件设计和FPGA内部的程序设计，特别对各个组成模块的功能、结构和实现方法作了详细描述。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。