柔性通信系统规范与优化的形式化模型

Jiong Ou, Muhammad Farooq, Jan Haase, C. Grimm
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引用次数: 2

摘要

通信系统向多功能、多标准发展的趋势使得通信系统的开发过程比以往更加复杂。必须解决的关键挑战之一是系统级体系结构探索,必须在设计的早期阶段派生出合适的系统体系结构。针对这一设计挑战,现有的解决方案几乎是无效的。一个基本问题是缺乏一个适当的形式化模型,该模型侧重于可重构或自适应通信系统的规范和优化。基于这样的形式化模型,可以进行计算机辅助的系统级体系结构探索,大大简化了设计过程。本文提出了一种基于形式化模型的柔性通信系统设计方法,为柔性通信系统的设计提供了一种解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A formal model for specification and optimization of flexible communication systems
The trend towards multi-function and multistandard communication systems makes the development process more complicated than before. One of the key challenges, which has to be addressed, is the system-level architecture exploration, where a suitable system architecture has to be derived in the very early stage of a design. Available solutions are almost ineffective when targeting this design challenge. One basic problem is the lack of an appropriate formal model, which focuses on the specification and optimization of reconfigurable or adaptive communication system. Based on such a formal model, computer aided system-level architecture exploration can be performed and the design process can be greatly simplified. In this paper, a new design methodology based upon a formal model is proposed, which will provide a solution to the design of flexible communication systems.
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