软件重用技术是提高软件生产率的重要途径之一。
Software reuse technique is one of the most important approaches to raise the software productivity.
静态分析对于保证程序质量，提高软件生产率有重要的意义。
Static analysis is of significant importance to guarantee software quality and improve software productivity.
软件行业走向工业化的主要障碍是软件生产率和质量的提高问题。
The improvement in productivity and quality of software has become a main obstacle for software business to be industrialized.
利用构件复用技术可以缩短系统开发时间、降低开发成本、提高软件生产率。
By using it, we can shorten system development time, reduce development cost, and raise the productivity of software.
而软件复用被认为是解决软件危机、提高软件生产率和软件质量的主要途径。
Software reuse is considered the main approach to solve software crisis, increase software productivity and quality.
软件重用是软件工程的重要研究领域，它被认为是提高软件生产率和质量的关键。
Software reuse is an important branch of software engineering and is regarded as a key technology of raising productivity and improving the quality of software products.
对软件组织人员能力的研究是软件企业摆脱人才危机，提高软件生产率的重要途径。
The research on people capability of software organization is an important path to get rid of software talent crisis and to improve software productivity.
XY Z系统是一个以增强软件可靠性和提高软件生产率为目的的程序开发支撑系统。
XYZ system is a programming support system with the goal to enhance reliability and productivity of software development.
它容易掌握，使用方便，用它表达结构化程序比流程图更优越，有利于提高软件生产率。
Easy to learn and convenient to use, it has advantage over flowcharts in expressing structured programs, and improves the productivity of software development.
基于面向对象方法的软件工程是一个解决软件危机、提高软件生产率和质量的有效途径。
Software Engineering based on object oriented method is a new way to solve software crisis and to improve software productivity and quality.
软件复用技术是提高软件生产率和软件质量的一种技术，是大工业生产技术在软件产业的延伸。
Software reusable technology can improve the production rate and quality of software, which is the extension of large industry in the field of software industry.
为了缓解软件危机，许多人寄希望于软件重用技术，软件重用被认为是提高软件生产率和质量的关键。
In order to mitigate the software crisis, many people consider that software reuse will be the key technology of increasing software productivity and quality.
摘要：软件体系结构的使用是提高软件开发质量、减少软件开销和促进软件生产率提高的最有效方法之一。
Absrtact: Development used by software architecture is one of the most promising methods for improving software quality, reducing software cost and raising software productivity.
随着软件生产的规模不断加大，对软件生产率的要求不断提高，迫切需要解决更高抽象层次级别的复用问题。
With the software produce scale enlarging continually and the software productivity demand enhancing gradually, the reuse question of higher abstract level need to be resolved urgently.
提高软件生产率一直是计算机界努力的最主要目标之一，然而软件生产率如何度量的问题至今尚未完全解决。
Computer professionals have been striving to improve software productivity. However, there is still no satisfying answer to the question of how to measure the productivity.
随着软件开发规模和复杂性的不断提高，社会对软件开发速度和数量要求也不断提高，“ 软件危机”愈加明显地暴露出来，提高软件生产率成为软件产业当务之急。
With the increase of software development scale and complexity, as well as the boost to the need of software development speed and quantity, software crisis has been exposed increasing.
编辑。摘罐要：随着软件开发规模和复杂性的不断提高，社会对软件开发速度和数量要求也不断提高，“软件危机”愈加明显地暴露出来，提高软件生产率成为软件产业当务之急。
Abstract: : With the increase of software development scale and complexity, as well as the boost to the need of software development speed and quantity, software crisis has been exposed increasing.
编辑。摘罐要：随着软件开发规模和复杂性的不断提高，社会对软件开发速度和数量要求也不断提高，“软件危机”愈加明显地暴露出来，提高软件生产率成为软件产业当务之急。
Abstract: : With the increase of software development scale and complexity, as well as the boost to the need of software development speed and quantity, software crisis has been exposed increasing.
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