案例2.0:云辅助软件工程的关键成功因素

MDHPCL '12 Pub Date : 2012-10-02 DOI:10.1145/2446224.2446226
D. Draheim
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引用次数: 2

摘要

云计算将继续存在。它在许多领域提供了巨大的潜力。在这次演讲中,我们概述了一种云驱动的软件工程方法,我们称之为云辅助软件工程(CASE 2.0)。我们相信云计算是推动未来软件项目发展的自然选择。不幸的是,到目前为止,将当前的软件工程工具套件迁移到云中并像往常一样使用它们来释放云的潜力是不够的。本次演讲旨在确定基于云的软件工程的关键成功因素:深度标准化模型,高度集成的工具景观,焦点转移到群体动力学和文化变革管理上。然后,我们解释了将CASE 2.0变为现实的一些关键创新:正交软件建模(OSM)和单一底层模型(SUM),可行的软件过程和可行的软件产品。此外,我们需要讨论一个简单但极其重要的观察结果:云提供了一种近乎完美的防止版权侵权的手段。我们将论证这个简单的事实可以完全改变软件利用的面貌。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CASE 2.0: on key success factors for cloud-aided software engineering
Cloud Computing is here to stay. It offers a huge potential in many domains. In this talk we outline a cloud-driven approach to software engineering which we refer to as Cloud Aided Software Engineering (CASE 2.0). We are convinced that cloud computing is the natural candidate to boost tomorrow's software projects. Unfortunately, it is by far not enough to migrate current software engineering tool suites into the cloud and to work with them as usual to unlock the potential of the cloud. This talk aims at identifying the key success factors for cloud-based software engineering: deeply standardizing models, a highly integrated tool landscape, a focus shift onto group dynamics and cultural change management. Then, we explain some key innovations to turn CASE 2.0 into reality: orthogonal software modeling (OSM) and the single underlying model (SUM), the viable software process and the viable software product. Furthermore, we need to discuss a simple yet extremely important observation: the cloud offers a nearly perfect aid against copyright infringement. We will argue that this simple fact is amenable to completely change the face of software utilization.
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