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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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33rd Design Automation Conference Proceedings, 1996, 1996
This paper presents a technique for simulating processors and attached hardware using the principle of compiled simulation. Unlike existing, inhouse and off-the-shelf hardware/software co-simulators, which use interpretive processor simulation, the proposed technique performs instruction decoding and simulation scheduling at compile time. The technique
Vojin Zivojnovic, Heinrich Meyr
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This paper presents a technique for simulating processors and attached hardware using the principle of compiled simulation. Unlike existing, inhouse and off-the-shelf hardware/software co-simulators, which use interpretive processor simulation, the proposed technique performs instruction decoding and simulation scheduling at compile time. The technique
Vojin Zivojnovic, Heinrich Meyr
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2023
Abstract: Co-simulation is an essential tool for the design of complex engineered systems. From early on in the life cycle of a system, models at different levels of abstraction and approximation are combined to make decisions about the system under design.
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Abstract: Co-simulation is an essential tool for the design of complex engineered systems. From early on in the life cycle of a system, models at different levels of abstraction and approximation are combined to make decisions about the system under design.
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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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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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Multilevel logic and thermal co-simulation
Microelectronics Reliability, 2016Abstract While the semiconductor industry makes progress in every year integrating more components on a single die and stacking them, manufacturers face great challenge as the dissipated power densities reach the limits of current cooling solutions.
Lázár Jani, András Poppe
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The need for co-simulation in ASIC-verification
EUROMICRO 97. Proceedings of the 23rd EUROMICRO Conference: New Frontiers of Information Technology (Cat. No.97TB100167), 2002We present a new ASIC design process including software/hardware co-simulation. The increasing complexity of software/hardware systems means that the design process takes more time and today the verification is often the bottle neck in the design process.
Stefan Sjöholm, Lennart Lindh
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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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A co-simulation platform for actuator networks
Proceedings of the 5th international conference on Embedded networked sensor systems, 2007Actuator networks will enable an unprecedented degree of distributed control of physical environments, and further progress will critically depend on the availability of a simulation platform that can capture both the physical and the communication dynamics.
Ahmad T. Al-Hammouri +5 more
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