SystemC-based modeling of embedded heterogeneous systems
Montreal, QC（2008）
摘要
SystemC is emerging as a de-facto standard for digital system design. Since embedded systems include more and more heterogeneous components (e.g., analog/RF front-ends, processor cores, embedded software, digital hardware, sensors, actuators), the need for also supporting continuous-time models of computation in SystemC is growing. This paper reviews the main efforts to date for augmenting SystemC with appropriate modeling guidelines or new classes and methods for supporting continuous-time and mixed continuous-time/discrete-event/discrete-time modeling and simulation. A particular emphasis is placed on reporting on the ongoing effort in the OSCI (Open SystemC Initiative) AMS (analog and mixed-signal) working group.
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关键词
electronic engineering computing,mixed analogue-digital integrated circuits,system-on-chip,embedded heterogeneous systems,systemc-based modeling,analog signal,continuous-time modeling,continuous-time models,digital system design,discrete-event modeling,discrete-time modeling,mixed-signal,open systemc initiative,modeling and simulation,analog computers,modeling,hardware,system on chip,discrete time,data models,mathematical model,embedded software,radio frequency,working group,embedded system,front end,computational modeling,mixed signal,actuators,embedded computing
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