This protocol is based on current hardware foundation of ethernet and solves access conflict through token - control by creating virtual token on application layer 该协议基于现有的以太网硬件基础，在应用层构造虚拟令牌，利用令牌控制来解决网络的访问冲突问题。
The new pc based system has a close or even better performance compared to sgi based cave system , furthermore it will cut down the system cost by much 我们在pc - cave系统的硬件基础上设计的pccavelib是一个开发应用的中间件，它能够为开发者提供简易的应用开发流程。
And then combine the system which is used ; expound the hardware foundation of parallel multi - processors system fault - tolerant and the concrete method of software programming 其次再结合所使用的系统,阐述并行多处理器系统容错的硬件基础以及具体的软件实现方法。
In this article , it introduces the realization methods of these modules , and supplies standard apis for all of them , which can be used to develop some new functions 本文分别介绍上述三个共用模块的硬件基础、软件结构和性能，为硬盘节目录放功能的实现做准备。
After finishing the zigbee hardware design , i did some communicaition anti - jamming and emi tests , in order to make a good preparation for the follow - up applying softwares 在实现了zigbee硬件电路后,还对两个通信模块进行了抗干扰测试,为后续应用软件设计打好了硬件基础。
Besides the basal acknowledge , the dissertation describes design and implementation of the 1553b bus communication network experimental platform system in detail 作为系统研制的硬件基础知识，本文简介了1553b航空通信总线的有关技术，包括系统结构、节点类型、运行模式等。
The system control software is designed in assemble language based on the hardware fundament with using tms320f240 as core and a speed sensorless dtc algorithm is realised 在tms320f240为核心的硬件基础上，采用汇编语言编制了系统控制软件，实现了无速度传感器直接转矩控制算法。
Secondly , we introduce pci technology as the hardware foundation of test system ; pci technology has gradually taken the place of isa and will probably dominate the pc bus field for some years 在详细论述了测试系统的硬件基础及qnx实时操作系统之后，论文介绍了测试系统应用平台的具体实现。
And because crm is a field in which new applications appear frequently , it was important to develop a flexible software architecture and an agile hardware infrastructure 因为客户关系管理是一个新的应用软件频繁更迭、层出不穷的领域，开发一个灵活的软件体系结构及一个灵活的硬件基础结构就尤为重要。
At the end of the paper , the conceived design for the next generation of electric parameter measurement system based on digital signal processor and wavelet transform is provided 在本文的最后，提出了以数字信号处理器为硬件基础、以小波变换理论为数学基础的下一代电气参数自动测试系统的设计构想。
