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Heterogeneous co-simulation of networked embedded systems
Proceedings Design, Automation and Test in Europe Conference and Exhibition, 2004Networked embedded systems pose several challenges in the modeling, simulation, and design domains. The presence of the network, in particular, makes an already critical task such as HW/SW co-simulation even more complex, since a three-way (HW/SW/network) co-simulation and co-design capability is required.
F. FUMMI +5 more
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Hardware/software co-simulation
Proceedings of the 31st annual conference on Design automation conference - DAC '94, 1994Hardware-software co-simulation refers to verifying that hardware and software function correctly together. This has traditionally been a task performed after the prototype hardware is available using in-circuit emulators and other techniques. With hardware-software co-design and embedded processors within large single ICs, it is more necessary to ...
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2016
In this chapter some examples of co-simulation between: Active-HDL/Matlab-Simulink, Xilinx System Generator/Matlab-Simulink, and Altera DSP Builder/Matlab-Simulink are presented. Co-simulation with Matlab-Simulink is a powerful tool to reduce overall simulation time.
Esteban Tlelo-Cuautle +2 more
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In this chapter some examples of co-simulation between: Active-HDL/Matlab-Simulink, Xilinx System Generator/Matlab-Simulink, and Altera DSP Builder/Matlab-Simulink are presented. Co-simulation with Matlab-Simulink is a powerful tool to reduce overall simulation time.
Esteban Tlelo-Cuautle +2 more
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2014
This chapter provides an overview of the formal operational semantics for a co-simulation framework to support the multidisciplinary modelling of embedded systems. Following a master/slave architecture, discrete-event and continuous-time simulations proceed in their own engines, but under the control of a coordinating co-simulation layer. The semantics
Coleman, Joey +2 more
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This chapter provides an overview of the formal operational semantics for a co-simulation framework to support the multidisciplinary modelling of embedded systems. Following a master/slave architecture, discrete-event and continuous-time simulations proceed in their own engines, but under the control of a coordinating co-simulation layer. The semantics
Coleman, Joey +2 more
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Distributed hybrid co-simulation
2015Computersimulationen z hlen heute zu den popul rsten Ans tzen f r die Analyse komplexe Systeme. Darunter fallen auch Energiesysteme, bei deren Design und Analyse Computersimulationen nicht mehr wegzudenken sind. In den letzten Jahren hat die vermehrte Einbindung von erneuerbaren Energietr gern dabei die Komplexit t von Energiesystemen deutlich ...
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A microgrid co-simulation framework
2015 Workshop on Modeling and Simulation of Cyber-Physical Energy Systems (MSCPES), 2015Microgrids have been proposed as a key piece of the Smart Grid vision to enable the potential of renewable energy generation. Microgrids are required to operate in both grid connected and standalone island mode using local sources of power. A major challenge in implementing microgrids is the communications and control to support transition to and from ...
Velin Kounev +5 more
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2016 IEEE 14th International Conference on Industrial Informatics (INDIN), 2016
Engineering projects are driven by cost and time constraints. Furthermore, the increasing complexity of these projects makes it necessary to expose specification, implementation and conceptual errors as early as possible. Therefore, a well-established method is to carry out simulation experiments.
Stephan Hensel +4 more
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Engineering projects are driven by cost and time constraints. Furthermore, the increasing complexity of these projects makes it necessary to expose specification, implementation and conceptual errors as early as possible. Therefore, a well-established method is to carry out simulation experiments.
Stephan Hensel +4 more
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ISS-centric modular HW/SW co-simulation
Proceedings of the 16th ACM Great Lakes symposium on VLSI, 2006Modular design is an important requirement in modern embedded system design flows because of the widespread acceptance of new paradigms such as IP core reuse and platform-based design. Co-simulation frameworks must thus support modular design, since programmable devices, ad-hoc HW components, and the interconnect infrastructure must be easily ...
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Chromospheric Heating and CO Simulations
Symposium - International Astronomical Union, 2004The solar chromosphere is a very dynamic and highly structured environment. In contrast to the higher density hydrodynamically controlled photosphere, this environment is controlled by magnetohydrodynamic forces. The lower density chromosphere encompasses the transition from optically thick to thin so that Non-LTE radiative transfer applies.
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Co-simulation framework for the Angel platform
2007 14th IEEE International Conference on Electronics, Circuits and Systems, 2007The development of complex applications based on a large and heterogeneous set of networked embedded systems (NES) requires the availability of tools and methodologies for their simulation. In the past, a considerable research effort has been done to create specific tools for each design domain - software, hardware and network- but many issues have ...
A. Bragagnini +4 more
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