Cecilia Nava de Villegas, Ferenc Szigeti
Abstract:
A hybrid dynamical system has continuous dynamics,
described by differential equations, which interact with a
discrete event dynamics [4]. One of the simplest discrete
dynamics appears in the delay of a dynamic system. Delays
can change in discrete times by discrete dynamics. This kind of
interactions can show very complicated behavior. Some of the
changes of delay can be described by jumps. The jumps can have
proper dynamics, or can be considered as control in the framework
of control systems. Technology development, problem solving
[2,3], and theorem proving have a common property: All new results
became new tools for the development at the instant of their birth.
That is, they become sources.
Published May 30, 2005.
Math Subject Classifications: 49N99.
Key Words: Discrete-discrete hybrid dynamical systems; problem solving;
optimization.
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Cecilia Nava de Villegas Departamento de Calculo Escuela de Basica de Ingeniería Universidad de Los Andes, Mérida, Venezuela email: villegasgc@intercable.net.ve |
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Ferenc Szigeti Departamento de Sistemas de Control Escuela de Ingeniería de Sistemas Universidad de Los Andes, Mérida, Venezuela email: fszigeti@intercable.net.ve |
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