A JAVA-Based Mixed-Signal Design Environment
SBCCI '00 Proceedings of the 13th symposium on Integrated circuits and systems design(2000)
Abstract
The increasing importance of mixed-signal design among today's and tomorrow's hardware systems brings up new challenges in the field of design tool construction. We present a newly developed VHDL-AMS design environment. The environment consists of a VHDL-AMS compiler, a VHDL-AMS elaborator and a simulation framework. This simulation framework contains a digital kernel and an analog kernel using an interface to MATLAB for solving the analog equations. Except for the interface to MATLAB, the whole environment is implemented in JAVA. This implementation language was chosen to gain platform independence. The environment has an open architecture which provides good capabilities for research in the field of mixed-signal simulation.
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Key words
java-based mixed-signal design environment,whole environment,analog equations,mixed analogue-digital integrated circuits,mixed-signal design,tree data structures,digital kernel,simulation framework,vhdl-ams elaborator,design tool construction,vhdl-ams design environment,semantic information,intermediate data structures,open architecture,platform independence,analog equation,vhdl-ams compiler,hardware description languages,symbol generator,java-based design environment,mixed-signal simulation,java,interface to matlab,parser,analog kernel,circuit simulation,concrete,hardware,kernel,data structure,hardware description language,mixed signal design,data structures
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