software errors造句
例句与造句
- software errors static testing method for systematic collapse
面向故障的软件测试方法研究 - indicate software errors that cannot be corrected by the user
指示无法由用户纠正的软件错误。 - secondly, this paper analyzes and classifies the general software errors
其次，对软件测试中常见的软件错误进行了分析和分类。 - "software errors are tolerated and even expected, " said parasoft ceo, dr . adam kolawa
博士说：“软件误差是可以忍受的，甚至是被期待的。 - now many institutes and companies pay more attention to finding methods to avoid software errors
因此,无论是科研机构还是企业,都在努力研究避免软件出现错误和漏洞的方法。 - It's difficult to find software errors in a sentence. 用software errors造句挺难的
- since its release in may, . test has shipped with a set of over 200 built-in coding standards, or language-specific rules that help prevent software errors
自从五月份发布以来，配备有二百种以上编码标准组或有助于预防软件错误的语言特定规则的 - "the problem isn t that software errors occur, it s that the software industry lags behind every other in its response to those errors, " said gary brunell, parasoft vice president of professional services
说：”问题并不在于发生软件误差，而在于软件行业在对误差做出反应方面落后于其他行业。 - now, scale of software systems is larger and larger, an increasing number of complexity . results are more serious because of software errors . quality and reliability of software have been recognized
目前计算机软件的规模越来越大，复杂度也不断提高，软件错误造成的后果也就越来越严重，软件的质量和可靠性已引起人们的高度重视。 - from traditional to extreme programming, integrating . test into the development process automates a vital testing technique for any programming process, preventing software errors and ensuring that code is structurally sound, maintainable and portable
集成于开发过程可将任何编程过程的必需测试技术自动化，预防软件误差，并确保代码在结构上健全、可维护且可携带。 - a classification of a software error or fault based upon an assessment of the degree of impact of that error of fault on the development or operation of a system ( often used to determine whether or when a fault will be corrected )
根据软件错误或故障对系统的开发和运行的影响程度所做的估价进而对这些软件错误或故障进行的分类（通常用来判定是否要对某一故障进行校正，以及何时予以校正）。 - over time we have to use contracts that are very rich and things that we can do proofs on so that we can spot software errors earlier on, spot them at a smaller level of scale and therefore have large systems that have much greater reliability
在时间期间我们必须使用非常富有的契约和我们能做证明的事物在以便我们比较早地能弄脏软件错误之上在,之上在比较小水平的刻度弄脏他们因此有有比较很棒的很多可信度的大系统。 - this thesis introduces the conception of the system reliability, and analyzes some basic techniques for system reliability systematically, concludes the factors that influence the fault-tolerant real-time system : on the one hand, most of the fault-tolerance systems utilizes the hardware fault-tolerant technique, which improves the system reliability in a certain extent . however, this approach can only solve hardware error, and is helpless to software error . on the other hand, the real-time computing systems are designed decoupling between hardware and software, which is not beneficial for reliability design, especially for the tolerance design of software
本文首先介绍了系统可靠性的基本概念;详细分析了基本的可靠性保障技术,特别是软件容错和硬件容错的基本技术;归纳了制约容错技术在实时系统中的应用的两个核心问题:一是大多数容错系统以硬件容错为主,对于软件错误无能为力;二是实时计算机系统设计中软硬件耦合度低的特点不利于系统可靠性设计,特别是软件容错设计;导出了现代错误容忍设计急待解决的关键问题:确保硬件忍错,强化软件容错,在系统级整合软、硬件容错。 - since software crisis broke out in 60's, people have been puzzled by it . the program's reliability and development efficiency ca n't fulfil the society's need . on the one hand, software errors cause loss of money, time, or even human life; on the other hand, the useful codes that programmers develop per annum are few
软件的生产效率和可靠性远远满足不了社会发展的需要：一方面，软件故障给人们的生命和财产造成了巨大的损失；另一方面，社会对软件的需求量日益增加，而程序员每年所能开发的有效代码却仍然是少之又少。 - consequently, an urgent problem is to ensure the tolerance of hardware error, to strengthen the tolerance of software error, to integrate hardware and software fault-tolerant technique in operating system level . based on the above analysis, this thesis researches the techniques of reliability and multi-processors system and proposes a fault-tolerance real-time embedded multi-processor system based upon the loosely coupled multiprocessor architecture
在此基础上,本文对容错关键技术和多处理器系统进行了深入地研究,结合多处理器结构和现代操作系统的分层结构思想,提出了一种基于松耦合多处理器体系结构的实时嵌入式容错系统设计方案,以达到从整体上提高系统可靠性的目的。