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引用次数: 0
摘要
目前已有几种数字系统仿真软件和硬件定义语言(HDL)包在使用。然而,他们中的大多数并不遵循既定的标准,有些是增量的。VHDL (very high speed integrated circuit HDL,超高速集成电路)设计平台具有设计和仿真子模块,然后将它们集成并研究整个系统响应的能力,因此越来越受到人们的关注。此外,VHDL一直遵循IEEE和领先行业制定的标准。在佛罗里达国际大学,作者发现VHDL在设计、模拟和研究非常复杂的数字系统改进设计的响应的教学和研究学科中得到了广泛的应用。作者设计了一种方法,使VHDL成为几乎任何类型的数字系统的真正设计和指导工具。他们描述了VHDL的教育和工业应用的具体案例研究。提出了一种解决设计问题的顺序方法。
VHDL: a powerful digital design and simulation tool
There have been several digital systems simulation software and hardware definition language (HDL) packages in use. However, most of them do not follow set standards and some of them are incremental. There has been growing interest in the VHDL (very high speed integrated circuit HDL) design platform with capabilities to design and simulate the sub-modules, then integrate them and study the response of the system as a whole. In addition VHDL has been following the standards set by the IEEE and leading industries. At Florida International University, the authors have found extensive use of the VHDL in the instructional and research disciplines in designing, simulating, and studying the responses for improved design of very complex digital systems. The authors have devised a methodology to make the VHDL, a real design and guiding tool for almost any type of digital system. They describe the educational and industrial use of VHDL specific case studies. A sequential approach to solving the design problems is presented.