A constraint-based model to support electronic TV network design

AUTOR(ES)
DATA DE PUBLICAÇÃO

2008

RESUMO

Electronic Television Network Design is well established when electronic physics concepts and computer techniques joint trough mathematical equations and geometrics concepts, to represent real effects. Even though, the two fields have significant different concepts. This research has as objective to propose one approach constraint-based data model, to support an interactive design interface. In order to provide faster and future improvements of Innovation and evolution network in time and frequency domain (Model). Considering planning to transport RF modulation, signal types, protocols, and higher frequencies, is always very complex. The intuitive graphics drawings, representing a constraint-based data model (in background), can represent different alternatives for engineer design. Funded, in simplicity and useful screen that represent contextual symbols organized in groups, the techniques presented in this dissertation intend to solve duties imposed for graphics and equations constraints, resulting valued features to CAD/CAE software innovation. The computer technology method based in constraints satisfaction supports faster decision by engineers. A proposed constraint satisfaction data model, brings a differentiated contribution to understand abstract representation of information visualization. The set of Electronic Cable Network symbols are represented as a constraint-based graph connection that highlights the degrees of freedom of the whole designed system. The capability to work with an interaction with these different worlds, simplifies a visual grouping of abstracts and physical characteristics that permit to structure and interpret a visual field in certain way. In Front of Next Generation Networks (NGN) challenges.

ASSUNTO(S)

televisão engenharia eletrica engenharia auxiliada por computador

ACESSO AO ARTIGO

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