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2016
Modeling in academic and applied disciplines has many interpretations, often confusing true modeling with simulation and analogy. In this chapter, we focus on extensions of the work of the mathematical biologist Robert Rosen to examine a formal view of whole system analysis and modeling.
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Modeling in academic and applied disciplines has many interpretations, often confusing true modeling with simulation and analogy. In this chapter, we focus on extensions of the work of the mathematical biologist Robert Rosen to examine a formal view of whole system analysis and modeling.
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2012
Designing a system requires both creativity and rationalization. These two processes are antagonist. The former is about divergent thinking (i.e., generation of ideas and brainstorming processes when it is done by a group of people). The later is about convergent thinking (i.e., analysis of ideas and synthesis into concepts, evaluation and ...
Guy A. Boy, Guy A. Boy, Guy A. Boy
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Designing a system requires both creativity and rationalization. These two processes are antagonist. The former is about divergent thinking (i.e., generation of ideas and brainstorming processes when it is done by a group of people). The later is about convergent thinking (i.e., analysis of ideas and synthesis into concepts, evaluation and ...
Guy A. Boy, Guy A. Boy, Guy A. Boy
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2011
Science is mostly about making predictions. We make measurements and we build models (that we also call “theories” or “laws”) all in order to make sense of what happens around us and to face the future without being unprepared for it. In terms of its ultimate purpose, science has not changed very much from the time of ancient oracles although, of ...
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Science is mostly about making predictions. We make measurements and we build models (that we also call “theories” or “laws”) all in order to make sense of what happens around us and to face the future without being unprepared for it. In terms of its ultimate purpose, science has not changed very much from the time of ancient oracles although, of ...
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2018
During product development, measurements are expensive due to personal effort or restricted resources such as semi-anechoic chambers. It is straightforward to put this workload into a computer which simulates the measurement setup or even the road reality.
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During product development, measurements are expensive due to personal effort or restricted resources such as semi-anechoic chambers. It is straightforward to put this workload into a computer which simulates the measurement setup or even the road reality.
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2019
This chapter further investigates the constitutive elements of the experimental foundation of computing. It first introduces the different notions of models, then overviews the types of computer simulations from the literature, and finally explores the various purposes attached to their use as implementations of computational models.
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This chapter further investigates the constitutive elements of the experimental foundation of computing. It first introduces the different notions of models, then overviews the types of computer simulations from the literature, and finally explores the various purposes attached to their use as implementations of computational models.
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2002
After formulation of the designs rules for a reciprocating displacement micropump based on piezoelectric actuation, the modelling of the micropump will be presented in this chapter. In the full system modelling of the micropump, quasi-static conditions have been assumed in consideration of the low operating frequencies, which effectively render the ...
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After formulation of the designs rules for a reciprocating displacement micropump based on piezoelectric actuation, the modelling of the micropump will be presented in this chapter. In the full system modelling of the micropump, quasi-static conditions have been assumed in consideration of the low operating frequencies, which effectively render the ...
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Electrical Engineering, 1962
By means of modeling and simulation, the systems engineer is able to produce results that are representative of system performance without going through the time-consuming and expensive steps of full construction and testing.
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By means of modeling and simulation, the systems engineer is able to produce results that are representative of system performance without going through the time-consuming and expensive steps of full construction and testing.
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2010
Modeling and Simulation (or M&S) encompasses a wide range of techniques for building representations of vehicles and systems and using them in order to predict/replicate behavior and performance. This chapter will provide a context for M&S and then summarize some of the mathematical modeling that is associated with air vehicles (covering principles of ...
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Modeling and Simulation (or M&S) encompasses a wide range of techniques for building representations of vehicles and systems and using them in order to predict/replicate behavior and performance. This chapter will provide a context for M&S and then summarize some of the mathematical modeling that is associated with air vehicles (covering principles of ...
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2014
Simulation is a working analogy. Its object is that of providing a facility for the study of issues, processes, or products which are novel or complex by emulating their properties or relations. When analogous systems are constructed, measurements or other observations made on the simulator may be used to predict the characteristics or the behavior of ...
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Simulation is a working analogy. Its object is that of providing a facility for the study of issues, processes, or products which are novel or complex by emulating their properties or relations. When analogous systems are constructed, measurements or other observations made on the simulator may be used to predict the characteristics or the behavior of ...
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1999
The sections in this article are 1 Models and Model Theory 2 Mathematical Systems Models 3 Classification of System Models 4 Some Common Model Forms 5 Simulation 6 Continuous System Simulation 7 Discrete-Event Simulation 8 Modeling and Simulation Issues 9 Model ...
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The sections in this article are 1 Models and Model Theory 2 Mathematical Systems Models 3 Classification of System Models 4 Some Common Model Forms 5 Simulation 6 Continuous System Simulation 7 Discrete-Event Simulation 8 Modeling and Simulation Issues 9 Model ...
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