硬件实现的

The success of ECU HILSS could only be obtained from the high performance of hardware and software.

硬件在环仿真系统的实现是建立在高性能的软硬件基础之上的。

This system is a distributed and distant communication system with PC as epigyny computer and 8098 SCM as hypogyny computers. The authors deeply research hardware structure and soft design of this system and draw up a plan for this system.

该系统是由PC机为上位机、6台8098单片机为下位机的远距离分布式通信系统，作者对系统硬件结构和软件设计进行了深入的研究，提出了系统的实现方案。

The flexility of video compression is considered sufficiently, so the whole system can be used as a general video compression flat. This flat can be used to realize any compressing algorithms or protocols.

整个设计中充分考虑到整个视频压缩系统的通用性，使得该系统可以作为一个通用的视频压缩编码的硬件平台，在该平台上可以实现几种压缩算法和标准。

This paper introduces the hardware design and software design of high accuracy digital integral magnetic fluxmeter the principle of digital integral and process.

介绍高精度智能化数字积分磁通计的硬件组成和软件结构及数字积分的基本原理和实现过程，并对磁通计的性能进行了测

Base on the singal-chip computer PIC16F876, go into particulars hardware design and software realization for leakage detection and singal simulation system and drive system.

根据系统的漏水采样信号要求，介绍了以PIC16F876为核心CPU的信号采集与处理系统的硬件设计与软件实现。

In the fifth chapter, we introduce the structure , the configuration of hardware and the implement of software in this system .

第五章详细的介绍了系统的结构，硬件配置和软件实现，采用的抗干扰措施和运行情况。

To solve this problem,a new hardware structure of ARINC429 bus interface is proposed.

为有效解决这一问题，通过对ARINC429数据总线及相关型号芯片进行充分分析，提出了一种基于自主设计的多通道总线协议IP核的多通道ARINC429总线接口卡的硬件组成原理及实现方法。

However, harmonic analysis lays the foundation for power harmonic treatment. The paper discusses the development of a power harmonic analyzer hosed on DSP and LabVIEW, which is used to analyze and measure harmonic on real-time. The analyzer's hardware, harmonic analysis algorithm, LabVIEW software design and the implementation are alt brought forward in detail.

为了有效地检测电力谐波，并对其进行治理，本文将DSP与LabVIEW虚拟仪器技术相结合，提出了一个谐波实时测量分析仪的设计方案，同时给出了系统的硬件构成和谐波分析算法，以及LabVIEW子程序的详细设计及实现。

This paper introduces one design method of the CAN bus interface and the RS232 bus interface interconversion, emphasizes two kind of bus level transformation relations, realizes the CAN bus and various modules connection design, formulates the design proposal of corresponding software and hardware, and gives the flow chart of software design as well as the partial schematic diagram of hardware design.

介绍将CAN总线接口与RS232总线接口相互转换的设计方法和2种总线电平转换关系，实现CAN总线与各模块的接口设计，制定了相应的软硬件设计方案，并给出软件设计流程图以及部分硬件设计原理图。

And using thinking of evolvable hardware design,it had realized a novel way in simplifying the given logic function,which was different from conventional method,such as algebra way and Karnaugh map way.Experiments showed that evolvable hardware method could solve simplification of large scale logic function.

作者在对演化硬件设计理论的学习研究中，尝试了用遗传算法在可编程逻辑器件上应用来实现对某一给定的逻辑函数进行化简。2代数法和卡诺图法介绍[1]先给定一个逻辑函数F，并对其进行化简：F=A+ABC+AC+CD(1)2.1代数法化简代数法化简就是运用代数的公理、定理和规则对逻辑函数进行化简。

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。