Improving verification and validation in hardware/software environments. Introduction to the workshop

J. Jacobs, J. Trienekens
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引用次数: 2

Abstract

Software development evolved in barely half a century from an exotic and rather esoteric pioneering endeavor into a cornerstone of modern society. Unprecedented methodological advances have been made over a such a short period of time that it doesn't come as a surprise that one talks about the "software revolution". In fact, the "software revolution" is a "software evolution" that took place in such a short period of time that it is perceived as a revolution. third evolution stage, mastering of software-intensive product complexity. A dramatic growth of size and technical complexity of software and associated managerial complexity caused desperate attempts for improvements of the software development process to get projects and product quality under control, often guided by improvement models like SEI's Capability Maturity Model CMM (Paulk et al., 1993). Many companies are still struggling with this stage, while the next evolutionary stage is emerging, right now: the stage of complex product development. Products become so complex, that the product development is distributed over multiple departments, or even over several companies, involving many specialisms. Of the many problems associated with complex product development, the verification and validation process is one of the toughest.
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改进硬件/软件环境中的验证和确认。工作坊简介
软件开发在仅仅半个世纪的时间里就从一个异域的、相当深奥的先驱努力演变成了现代社会的基石。在如此短的时间内取得了前所未有的方法论进步,因此人们谈论“软件革命”并不奇怪。事实上,“软件革命”是在很短的时间内发生的“软件进化”,它被认为是一场革命。第三个进化阶段,掌握软件密集型产品的复杂性。软件规模和技术复杂性的急剧增长以及相关的管理复杂性导致了对软件开发过程的改进的绝望尝试,以使项目和产品质量处于控制之下,通常由改进模型如SEI的能力成熟度模型CMM (Paulk et al., 1993)所指导。许多公司仍在这一阶段苦苦挣扎,而下一个进化阶段正在出现:复杂产品开发阶段。产品变得如此复杂,以至于产品开发分散到多个部门,甚至几个公司,涉及许多专业。在与复杂产品开发相关的许多问题中,验证和确认过程是最棘手的问题之一。
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