Languages, Design Methods, and Tools for Electronic System Design
Selected Contributions from FDL 2016
Chapter
Modeling Cyber-Physical Systems requires aggregating semantics and languages tailored to different specific domains, while simulating these systems requires integrating different tools and technologies. Academ...
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Each year automotive systems are becoming smarter thanks to their enhancement with sensing, actuation and computation features. The recent advancements in the field of autonomous driving have increased even mo...
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Verification of cyber-physical systems SW often requires simulation of accurate heterogeneous HW models. However, heterogeneous system simulators do not easily allow it and designers must connect multiple simu...
Book
Selected Contributions from FDL 2016
Reference Work Entry In depth
Since the mid-1990s, Model-Driven Design (MDD) methodologies (Selic, IEEE Softw 20(5):19–25, 2003) have aimed at raising the level of abstraction through an extensive use of generic models in all the phases o...
Chapter
This chapter presents two case studies showing how the proposed approach applies to smart system design and optimization. The former is the virtual prototy** platform built for a laser pico-projector actuato...
Chapter
Smart systems represent a broad class of systems defined as intelligent, miniaturized devices incorporating functionality like sensing, actuation, and control. In order to support these functions, they must in...
Living Reference Work Entry In depth
Since the mid-1990s, Model-Driven Design (MDD) methodologies (Selic, IEEE Softw 20(5):19–25, 2003) have aimed at raising the level of abstraction through an extensive use of generic models in all the phases o...
Chapter
The high level of heterogeneity of modern embedded systems forces designers to use different computational models and formalisms, thus making reuse and integration very difficult tasks. Reducing such an hetero...
Article
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