教程T1:使用SystemC AMS扩展设计混合信号系统

Sumit Adhikari, Markus Damm, C. Grimm, F. Pêcheux
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引用次数: 0

摘要

SystemC已成为系统级硬件/软件系统设计的公认标准。然而,如今的系统包括越来越多的模拟/射频组件,如收发器,传感器接口或锁相环。为了实现这种混合信号系统的设计,OSCI在2010年为SystemC标准化了AMS扩展。除了SystemC建模多处理器硬件/软件系统的功能外,AMS扩展还可以建模模拟/射频部件的行为、物理环境和数字信号处理方法。本教程介绍了SystemC AMS扩展。介绍包括语言本身、一些简单的示例、用例和用于细化AMS系统的(自顶向下的)方法,从可执行规范开始。
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Tutorial T1: Design of Mixed-Signal Systems using SystemC AMS Extensions
SystemC has become an accepted standard for design of HW/SW Systems at system level. How-ever, nowadays systems include more and more analog/RF components such as transceivers, sensor interfaces, or PLL. To enable design of such mixed-signal systems, OSCI has standardized AMS extensions for SystemC in 2010. In addition to the capabilities of SystemC for modelling multi-processor HW/SW systems, the AMS extensions enable modelling the behaviour of analog/RF parts, physical environment and digital signal processing methods. The tutorial gives an introduction into SystemC AMS extensions. The introduction includes the language itself, some simple examples, use cases and (top-down) methodology for refinement of AMS systems, starting from an executable specification.
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