This paper shows a way to use the simulator itself to generate a formal model of the complete dynamic behavior. Compared with using yet another compiler, this ...
SystemC-AMS, on the contrary, is a single-language approach and focuses on simulating analog/RF continuous -time models at system level. This contribution ...
Abstract—Modeling languages first of all support simulation that is considered as reference by designers. Formal verification.
Jul 16, 2020 · This paper shows an approach how to use the existing simulator to generate a formal model of a system without using yet another compiler, ...
Aug 20, 2015 · The big performance differences between SystemC AMS and CPPSim may be explainable by different compilation flags building the SystemC and CPPSim libraries.
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Abstract—This paper deals with the performance verification of analog/mixed-signal (AMS) systems by a mixed symbolic/nu- meric (nubolic) simulation.
Symbolic Simulation of SystemC AMS -- Without Yet Another Compiler - Yue Lu, Shengyu Duan and Tom Kazmierski. A New Ageing-Aware Approach via Path Isolation ...
Symbolic Simulation of SystemC (AMS, TDF). SystemC AMS and upcoming frameworks for free design of AMS Systems. 30 sc_in<bool> clk; // concrete signal sc_in ...
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The SystemC AMS extensions add new abstraction methods for system-level modeling and simulation of AMS systems to the existing SystemC framework. The model ...
Abstract. Recently a first version of a SystemC-AMS library is public available. This library is an extension of SystemC which allows modeling of analogue ...