具有可合成和不可合成子系统的系统快速原型设计的扩展VHDL

J. D. S. Babcock, A. Dollas
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引用次数: 3

摘要

系统设计通常在VHDL中完成,以促进自顶向下的设计,并使设计能够映射到许多实现。迄今为止,子系统的可重用性主要是通过可合成的VHDL子系统库来实现的。本文提出了对VHDL的推荐扩展,以允许VHDL设计者在使用VHDL进行设计的同时与不可合成的子系统进行交互。扩展的VHDL代码通过预编译器传递,该预编译器输出两个标准的VHDL文件:系统的可模拟VHDL模型和设计的可合成模型,其中子系统由外部硬件的信号取代。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Extended VHDL for the rapid prototyping of systems with synthesizable and nonsynthesizable subsystems
System design is typically done in VHDL to facilitate top-down design and to enable the mapping of a design to many implementations. Reusability of subsystems to date has largely been performed with libraries of synthesizable VHDL subsystems. This paper presents recommended extensions to VHDL to allow the VHDL designer to interact with nonsynthesizable subsystems while still designing in VHDL. The extended VHDL code is passed through a precompiler that outputs two standard VHDL files: a simulatable VHDL model of the system, and a synthesizable model of the design where subsystems are replaced by signals to the external hardware.<>
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