共查询到20条相似文献,搜索用时 46 毫秒
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金彪 《电脑乐园·学生电脑》2021,(9)
在现代工程项目发展运行过程当中,软件工程项目管理非常重要,有利于企业经济效益的提升,为企业发展带来积极作用。其中,软件工程项目管理是一项较为庞大且复杂的项目,所包含的工程项目管理内容非常宽泛,并且在实际工作运行当中会面临巨大的管理风险。因此,为促使软件工程项目得到有效管理,相关管理人员需要结合实际问题进行研究,并提出对应解决方法。本文主要围绕软件工程项目管理内容展开,研究以下相关内容,从而希望能够为软件工程项目有效管理奠定理论基础。 相似文献
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Therac-25事件到今已有20年的历史,往事不堪回首,针对事故的复杂性,本文利用系统工程的观点和现代软件工程的基本原理,对事故的复杂性未重视、系统工程被漠视、软件工程被忽视、用户界面被藐视和软件测试被轻视等五个方面进行了分析,并对系统总体安全设计在软件开发过程中的重要性作了论证. 相似文献
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软件工程质量管理的关键——配置管理 总被引:1,自引:0,他引:1
软件工程的质量管理是一个复杂的问题,配置管理是软件工程质量保证的基础,没有配置管理,就不可能有效地控制软件的质量。该文说明了配置管理的目标、关键和实施配置管理所需要注意的重要问题。 相似文献
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通过现代软件工程建模方法,运用规则引擎技术设计的差旅管理报销系统,能够流程化的管理企业员工的差旅行为,并能通过规则引擎生成动态审批流程。文章首先叙述了系统设计过程中的建模方法和规则引擎在系统中的运用与实现,然后给出用户接口的设计方法,最后举例说明基于规则引擎的差旅管理报销系统的应用。 相似文献
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软件工程技术在系统软件开发过程中的应用相对较为常见,对于提高整个体系的综合运行水平具备较大的现实意义。在系统软件开发过程中,开发人员需要利用软件工程技术实现对整个开发过程、开发细节的定向化、精细化管理控制,结合行之有效的管控方法、管控措施,参照软件工程技术系统开发管控原则,结合软件工程技术存在的运行瓶颈,优化现有的系统软件开发管理流程,完善过程管理、细节控制,从而提高整个体系的综合运行水平。本文对软件工程技术在系统软件开发过程中的应用进行简要分析、探讨。 相似文献
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软件工程的开发是用对IT知识的综合能力要求很高的学科,同时也是一门非常重要的学科.软件的开发需要掌握数据结构、数据库、开发工具、基础的程序设计语言、设计模式和运行的系统平台等多方面的知识能力.由于目前计算机技术的不断进步,软件工程涉及的知识也在不断的增强.然而,传统的软件工程中却没有语义检索的能力,这一大缺陷大大影响了软件工程的进步.就软件工程开发现在存在的问题来看,对检索的问题进行讨论,尤其是对软件工程领域知识库的构建进行研究. 相似文献
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Therac-25事件到今已有20年的历史,往事不堪回首,针对事故的复杂性,利用系统工程的观点和现代软件工程原理,从系统安全设计角度对事故的复杂性未重视、系统工程被漠视、软件工程被忽视、用户界面被藐视和软件测试被轻视等五个方面进行了剖析,并对系统总体安全设计在软件开发过程中的重要性作了论证。 相似文献
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The author describes CMMI (Capability Maturity Model Integration) and the emerging project methods which demonstrate the opportunities for process improvement gains open to organizations. The organization that changes from separated software and system engineering processes to a more unified approach will find itself far more suited to developing dynamically changing, software-intensive systems. Culture change is never easy, but the alternative is even less palatable 相似文献
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David Corrall 《Requirements Engineering》1997,2(4):217-219
Conclusions It is asserted that current approaches and automated support for requirements engineering are not yet sufficient to build
today’s and tomorrow’s complex systems. Requirements engineering, itself intricately connected to system design and system
solution and not separate from either, needs to be embedded into a total systems engineering approach. This is the route to
systems engineering maturity. Software and systems engineering can and should learn from each other. 相似文献
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Emilio Insfran Gary Chastek Patrick Donohoe Julio César Sampaio do Prado Leite 《Requirements Engineering》2014,19(4):331-332
Many attempts have been made to increase the productivity and quality of software products based on software reuse. Software product line practice is one such approach, one that focuses on developing a family of products which have a majority of features in common. Hence, there are numerous requirements that are common across the family, but others are unique to individual products. Traditional requirements engineering methods were conceived to deal with single product requirements and are usually not flexible enough to address the needs arising from reusing requirements for a family of products. There is also the additional burden of correctly identifying and engineering both product-line-wide requirements and product-specific requirements as well as evolving them. Therefore, in this special issue, we want to highlight the importance and the role of requirements engineering for product line development as well as to provide insights into the state of the art in the field. 相似文献
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杨友麒 《计算机与应用化学》2008,25(9)
在回顾50年来计算机与信息技术发展及其影响的基础上,考察了过程工业及过程工程的发展特点,探讨了过程工程与过程系统工程两学科的同异.最后,研究了过程工业未来发展对过程工程、过程系统工程的挑战. 相似文献
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Fernando Valles-Barajas 《Innovations in Systems and Software Engineering》2007,3(4):217-227
This paper presents a novel approach for the specification of control engineering software. The proposal is based on software
engineering techniques which have improved the performance and quality of software processes. Some of the best practices for
the building of software products are included. An example of the proposal is given for the requirements specification of
the 1992 ACC robust control benchmark. 相似文献
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Julius T. Tou 《International journal of parallel programming》1980,9(4):275-285
Computer-based information retrieval has been a primary area of study in information processing for the past eighteen years. Today, our concern extends far beyond conventional information retrieval. One of the major problems in information processing is automated knowledge transfer and utilization, which is a key factor in productivity improvement. Knowledge engineering is a field of scientific endeavor in which the primary goal is to develop techniques and methodologies for achieving automated knowledge transfer and utilization. The objective of this paper is to stimulate research and development in this important field by clarifying the problem concepts and proposing some approaches. The paper concludes with a discussion of the MEDIKS, which is an operational computer system demonstrating certain aspects of automated knowledge transfer and utilization, and proposes the organization of a decision support system which is designed on the basis of knowledge engineering principles. 相似文献
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