R.M. Cubert, T. Goktekin, P.A. Fishwick, MOOSE : Architecture for an Object-Oriented Multimodeling Simulation System, in : Proceedings of the conference Enabling Technology for Simulation Science, SPIE, AeroSense 1997, Orlando, FL.  Home/Search   Document Details and Download   Summary   Related Articles   Check

....as well as a behavioral architecture for the same entity. Either of the two architectures may be used to define the functionality of the top level entity. This dual abstraction method has been implemented by Fishwick and others in the Multimodeling Object Oriented Simulation Environment (MOOSE) [6]. Given this type of framework for organizing models according to abstraction levels, the question that remains to be answered is that of selecting an optimal abstraction level under given time and accuracy constraints. For example, for applications with significant time constraints, using ....

R. M. Cubert, T. Goktekin, and P. A. Fishwick. Moose: Architecture of an object-oriented multimodeling simulation system. In Proceedings of Enabling Technology for Simulation Science (SPIE AeroSense'97), Apr. 1997.

....OS task scheduler models themselves can be added to the model repository. It is possible that future users could integrate these models into a more comprehensive OS model. 6 CHAPTER 2 THE rube PARADIGM 2. 1 The Object Oriented Physical Multimodeling System In previous research, Cubert et al. [5], Fishwick [6] and Lee and Fishwick [7] have worked on the development and implementation of an object oriented simulation application framework. Object Oriented Physical Multimodeling (OOPM ) is a system that is a milestone product of this previous research [5, 7] OOPM extends objectoriented ....

....In previous research, Cubert et al. 5] Fishwick [6] and Lee and Fishwick [7] have worked on the development and implementation of an object oriented simulation application framework. Object Oriented Physical Multimodeling (OOPM ) is a system that is a milestone product of this previous research [5, 7]. OOPM extends objectoriented program design through visualization and a definition of system modeling that clarifies and strengthens the relationship of model to program [5] The physical aspect of OOPM reflects a model design philosophy that recommends that models, components, and objects ....

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R. M. Cubert, T. Goktekin and P. A. Fishwick, "MOOSE: Architecture of an Object Oriented Multimodeling Simulation System," in Proc. Enabling Technology for Sim. Sci., SPIE AeroSense 1997.

....are design patterns, analysis patterns, and object oriented design and analysis methods. Software components and the component based approach can be used to facilitate both distributed simulation model development and simulation model application on the Internet. The approach suggested by MOOSE [4] dis cusses elements of the former. The use of components for deploying simulations to enable distributed analysis has been the focus of many recent initiatives including JSIM [9, 15] and IDES [12] Software agent technology is an emerging area that appears to offer significant benefits to the ....

....What still needs to happen to make this a reality It has been a goal for a long time. Software components and the component based approach can be used to facilitate both dis tributed simulation model development and simulation model application on the Internet. The approach suggested by MOOSE [4] discusses elements of the former. The use of com ponents for deploying simulations to enable distributed analysis has been the focus of many recent initiatives including JSIM [9, 15] and IDES [12] The technical challenges that limit the use of component technology for simulation modeling are ....

Cubert, R.M., Goktekin T. and Fishwick, P.A. (1997). MOOSE: architecture of an object- oriented multimodeling simulation system. Proceedings of Enabling Technology for Simulation Science, Part of SPIE AeroSense '97 Conference, Orlando, FL, 22-24.

....are design patterns, analysis patterns, and object oriented design and analysis methods. Software components and the component based approach can be used to facilitate both distributed simulation model development and simulation model application on the Internet. The approach suggested by MOOSE [4] discusses elements of the former. The use of components for deploying simulations to enable distributed analysis has been the focus of many recent initiatives including JSIM [9, 15] and IDES [12] Software agent technology is an emerging area that appears to o er signi cant bene ts to the ....

....What still needs to happen to make this a reality It has been a goal for a long time. Software components and the component based approach can be used to facilitate both distributed simulation model development and simulation model application on the Internet. The approach suggested by MOOSE [4] discusses elements of the former. The use of components for deploying simulations to enable distributed analysis has been the focus of many recent initiatives including JSIM [9, 15] and IDES [12] The technical challenges that limit the use of component technology for simulation modeling are the ....

Cubert, R.M., Goktekin T. and Fishwick, P.A. (1997). MOOSE: architecture of an objectoriented multimodeling simulation system. Proceedings of Enabling Technology for Simulation Science, Part of SPIE AeroSense '97 Conference, Orlando, FL, 22-24. 21

....metaphor in M P processes and model visualization is feasible in practice. User specified agent based, architectural, and other metaphors are incorporated in the example model. 2. The rube Paradigm 2.1. The Object Oriented Physical Multimodeling System In previous research, Cubert et al. [5], Fishwick [6] and Lee and Fishwick [7] have worked on the development and implementation of an object oriented simulation application framework. Object Oriented Physical Multimodeling (OOPM ) is a system that is a milestone product of this previous research [5, 7] OOPM extends object oriented ....

....In previous research, Cubert et al. 5] Fishwick [6] and Lee and Fishwick [7] have worked on the development and implementation of an object oriented simulation application framework. Object Oriented Physical Multimodeling (OOPM ) is a system that is a milestone product of this previous research [5, 7]. OOPM extends object oriented program design through visualization and a definition of system modeling that clarifies and strengthens the relationship of model to program [5] The physical aspect of OOPM reflects a model design philosophy that recommends that models, components, and objects ....

[Article contains additional citation context not shown here]

R. M. Cubert, T. Goktekin & P. A. Fishwick (1997) MOOSE: Architecture of an Object Oriented Multimodeling Simulation System. Proc. Enabling Technology for Sim. Sci., SPIE AeroSense 1997 Conf., Orlando, FL, USA, April 22-24, pp. 78-88.

....the potential to affect future ATLSS research. The attempt is to create a framework that helps with model design and model integration. The OOPM methodology has lead to a multimodeling implementation program called MOOSE (Multimodeling Object Oriented Simulation Environment) MOOSE created models (Cubert, Goktekin and Fishwick 1997) can be used by ecologists to visually design models which are automatically translated into computer code. This code can then be integrated into the existing ATLSS legacy code framework. However, we see OOPM and MOOSE as having the far more important effect of promoting model design and ....

Cubert, R. M., Goktekin, T., and Fishwick, P. A. 1997. Moose: architecture of an objectoriented multimodeling simulation system. In Enabling Technology for Simulation Science, Orlando, Florida. Part of SPIE AeroSense 1997 Conference.

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R. M. Cubert, T. Goktekin and P. A. Fishwick, "Moose: Architecture of an object-oriented multimodeling simulation application framwork," Submitted to Simulation , 1997.

....viewed as an attempt to deal with a type of imprecision that arises when the boundaries of classes are not sharply defined. A fuzzy set A of a universe of discourse X is characterized by a membership function A : X [0; 1] which associates with each element x of X a number A (x) in the interval [0, 1] which represents the grade of membership of x in A. ffl Definition 2.1: If f is an n ary crisp function which is a mapping from a Cartesian product X 1 Theta Delta Delta Delta Theta Xn to a space Y , and if A is a fuzzy set in X 1 Theta Delta Delta Delta Theta Xn which is characterized ....

T. G. R. M. Cubert and P. A. Fishwick, "MOOSE: Architecture of an Object-Oriented Multimodeling Simulation System," in SPIE AeroSense, , ed., Proceedings of Enabling Technology for Simulation Science April, 1997.

....for the purpose of illustration. More application oriented and realistic rule based examples are being studied for good assessment and future development of the proposed method. We are particularly interested in its application within MOOSE (Multimodel Object Oriented Simulation Environment) [19] which is now under construction at the University of Florida. MOOSE is an enabling environment for modeling and simulation based on OOPM (Object Oriented Physical Modeling) OOPM extends object oriented program design with visualization and a definition of system modeling that reinforces the ....

T. Goktekin R. M. Cubert and P. A. Fishwick. MOOSE: Architecture of an ObjectOriented Multimodeling Simulation System. In , editor, SPIE AeroSense, volume April, 1997.

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T. G. Robert Cubert and P. A. Fishwick, "MOOSE: architecture of an object-oriented multimodeling," SPIE Proceedings , 1997.

No context found.

R.M. Cubert, T. Goktekin, P.A. Fishwick, MOOSE : Architecture for an Object-Oriented Multimodeling Simulation System, in : Proceedings of the conference Enabling Technology for Simulation Science, SPIE, AeroSense 1997, Orlando, FL.

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