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Application development process for GNAT, a SOC networked system.

机译：SOC网络系统GNAT的应用程序开发过程。

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摘要

The market for smart devices was identified years ago, and yet commercial progress into this field has not made significant progress. The reason such devices are so painfully slow to market is that the gap between the technologically possible and the market capitalizable is too vast. In order for inventions to succeed commercially, they must bridge the gap to tomorrow's technology with marketability today. This thesis demonstrates a design methodology that enables such commercial success for one variety of smart device, the Ambient Intelligence Node (AIN). Commercial Off-The Shelf (COTS) design tools allowing a Model-Driven Architecture (MDA) approach are combined via custom middleware to form an end-to-end design flow for rapid prototyping and commercialization. A walkthrough of this design methodology demonstrates its effectiveness in the creation of Global Network Academic Test (GNAT), a sample AIN. It is shown how designers are given the flexibility to incorporate IP Blocks available in the Global Economy to reduce Time-To-Market and cost. Finally, new kinds of products and solutions built on the higher levels of design abstraction permitted by MDA design methods are explored.
机译：智能设备市场是在几年前确定的，但是在该领域的商业进步还没有取得重大进展。这种设备上市之所以如此缓慢，是因为技术上可行与市值之间的差距太大。为了使发明在商业上取得成功，它们必须与当今具有可销售性的明天技术之间的鸿沟弥合。本文证明了一种设计方法论，该方法论使一种智能设备-环境智能节点（AIN）能够在商业上取得成功。允许采用模型驱动的体系结构（MDA）方法的商用现货（COTS）设计工具通过定制的中间件进行组合，以形成用于快速原型设计和商业化的端到端设计流程。此设计方法的演练演示了其在创建AIN示例网络全局学术测试（GNAT）中的有效性。它显示了如何为设计人员提供灵活性，使其能够融入全球经济中可用的IP模块，以缩短产品上市时间并降低成本。最后，探索了基于MDA设计方法所允许的更高级别设计抽象的新型产品和解决方案。

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