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Um Modelo Multiparadigma para Desenvolvimento de Software Paralelo e Distribuído

IMPLEMENTAÇÃO DE DEFORMAÇÃO USANDO O MÉTODO MASS SPRING PARA APLICAÇÕES DE TREINAMENTO MÉDICO EM REALIDADE VIRTUAL UTILIZANDO JAVA 3D

Jorge Luis Victória BarbosaCláudio Fernando Resin Geyer

Larissa PavariniFátima L. S. NunesAna Cláudia M.T.G. de OliveiraLeonardo Castro BotegaFábio R. Montanha

This paper presents the Holoparadigm, a new paradigm to parallel and distributed software development. Holoparadigm stimulates the subliminal modeling of the parallelism and its automatic exploitation (implicit parallelism). The proposal is based on multiparadigm and software architecture researches. First of ali, the text describes the paradigm's genesis and its sernantic (Holosernantic). After that, the distribution and mobility in the work's scope, the architecture style proposed and the principies of a language (Hololanguage) based on the paradigm are discussed. Finally, a plataform of development and execution are described. The deformation is an important factor to get the realism in the Virtual Environment. As Medical training's tools, its importance has more emphasis, once it must have reactions to the user's actions. This work presents the implementation in Java 3D of a deformation's technique in three-dimensional objects, using the conception of Mass Spring methods and it has a purpose to supply a class to use in Medical training's tools.

http://www.lbd.dcc.ufmg.br/colecoes/wscad/2000/008.pdf

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