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In This work an approach to realization of algorithmic description of analog electronic device functioning in terms of hardware description language VHDL-AMS is proposed. The brief review of methods for describing device behavior and characteristics was given and the ways of algorithmic description realization in terms of VHDL-AMS on some examples was pointed.
This paper presents a high-level design methodology, called input space adaptive design, and new design automation algorithms for optimizing energy consumption and performance. Our techniques can be applied to behaviors described in hardware description languages, predesigned register-transfer level (RTL) circuits, or in the context of traditional high-level design methodologies. An input space adaptive...
The paper reports a design methodology that allows FPGA programming bitstreams to be generated in seconds starting from a very high level circuit description. High speed bitstream generation and manipulation is particularly important for reconfigurable computing systems that can not wait for the typical run times incurred by conventional flows. The preliminary version of this system can generate bitstreams...
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