The novel mechanism dynamically participates register functions , as well as overcomes static general register pressure for software pipelining ; ( 3 ) a cost model for software pipelining is proposed in the dissertation , and quantitative evaluation is also performed ; ( 4 ) a dependence based cost testing ( dbct ) algorithm and decision framework are proposed 软件流水的性能会受到计算机体系结构、编译算法和程序特性的限制，该模型提出了软件流水是一种有损策略的新观点，并在确定体系结构和编译算法的条件下对软件流水的开销进行了量化分析； （ 4 ）提出了一种基于相关性分析的软件流水开销测试（ dbct ）算法以及软件流水的决策框架。
Focusing on the flight control computer system of some type of airplane , this paper first analyzes the advantage and disadvantage of the structures of many kinds of fault tolerant flight control computer systems and their ability in tolerating fault , followed by summarizing the key design technology . the dual similar redundancy fault tolerant computer system is brought forward as the design scheme for the required flight control computer . also brought forward is the particular system design 本文以某型号飞机飞控计算机系统为研究对象，首先分析了各种类型容错飞控计算机体系结构的优缺点及容错能力，总结了容错计算机系统设计的关键技术，然后提出了二模相似余度容错飞控计算机系统设计方案，详细设计了以motorola公司生产的先进powerpc740微处理器为核心处理器、以高性能的国际标准化通用vme总线为内总线的交叉通道通信容错计算机系统。
By referring to the definition of computer architecture , network architecture and software architecture , it defines the supply chain information architecture and setup one of the architecture it uses the above set - up supply chain information system architecture as the instruction , combines the current status of china motor industry supply chain , conducted a detail research of the architecture , setup a total architecture , model and detail analyze each sub - system ' s function and setup the function model 参照计算机体系结构、网络体系结构以及软件体系结构的定义，提出了供应链物流信息系统体系结构的定义，建立了供应链物流信息系统的一种体系结构。以建立的供应链物流信息系统体系结构为指导，结合我国汽车制造业供应链物流的实际情况，对汽车制造业供应链物流信息系统的系统构成进行了详细研究，建立了其总体结构及功能模型，详细分析了各分系统的功能构成并建立了功能模型。
Based on the theory model of quantum computing and the quantum computing technique in existence , we have proposed the cooperating architecture of quantum computer . in this architecture , it uses the classic processor as its control unit , and use the quantum arithmetic logical unit and quantum memory unit as its co - process unit 针对这种情况，通过对量子计算技术的深入研究，全面剖析现有量子计算系统，借鉴经典计算机中的研究成果，作者提出了协同量子计算机体系结构方案，在该方案中，使用经典计算机完成量子程序中的常规数据处理和程序逻辑控制，而将量子计算部件做为协处理器，只负责完成量子计算。
