2014
DOI: 10.1007/978-3-642-54118-6
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Collaborative Design for Embedded Systems

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Cited by 41 publications
(8 citation statements)
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“…2.3. CO-SIMULATION: DEFINITION AND DEMARCATION FROM RELATED TERMS 7 Further,frequently used in terms of simulation are variable, parameter and constant,which will be understood as follows: Av ariable is,a ccording to Fritzson (2004), "a quantity in the model that varies with time", aconstant "a quantity in the model that does not vary with time" and a(design) parameter "remains constant during asimulation" (Fitzgerald et al 2014). In contrast to ac onstant (as f.i.…”
Section: Basic Termsmentioning
confidence: 99%
See 1 more Smart Citation
“…2.3. CO-SIMULATION: DEFINITION AND DEMARCATION FROM RELATED TERMS 7 Further,frequently used in terms of simulation are variable, parameter and constant,which will be understood as follows: Av ariable is,a ccording to Fritzson (2004), "a quantity in the model that varies with time", aconstant "a quantity in the model that does not vary with time" and a(design) parameter "remains constant during asimulation" (Fitzgerald et al 2014). In contrast to ac onstant (as f.i.…”
Section: Basic Termsmentioning
confidence: 99%
“…With this in mind, the definitions from Fitzgerald et al (2014) will also be mentioned here: theyi ntroduce the term co-model as collaborativem odel consisting of ad iscrete event model, ac ontinuous time model and a contract defining shared information, and further co-simulation as simulation of aco-model. Interestingly enough, this does not imply adifferent understanding of co-simulation (in the sense of model integration explained before) buta different understanding of the term (co-)model,which includes the (co-)simulation algorithm ("contract").…”
Section: Couplingconceptsmentioning
confidence: 99%
“…Co-simulation enables design decisions to be tried out in the model (what-if analysis), cheaply 7 , early in the process, and possibly automatically [117] [94].…”
Section: Compositional Co-simulationmentioning
confidence: 99%
“…In designing and analyzing the proposed controller in BLDCM, cosimulation helps combine two or more specialized programs to utilize advanced models, while avoiding implementation problems between the control systems and the power electronics stage [26]. Co-simulation consists of coupling and unifying two modeling systems in different languages in order to analyze them as a unique problem, which allows for the simulation of dynamic scenarios and the analysis of the controller's behavior during some period of time [27]. On the other hand, a PSO algorithm has been implemented in several fields [28] because of its easy implementation and few parameters that need to be tuned.…”
Section: Nomenclature αmentioning
confidence: 99%