Subject(s)
Power Plants , Water Cycle , Engineering/methods , Brazil , Power Plants/instrumentation , Ecology/methods , Limnology/methods , RiversSubject(s)
Engineering/methods , Power Plants , Water Cycle , Brazil , Ecology/methods , Limnology/methods , Power Plants/instrumentation , RiversABSTRACT
Se presentan las características de los seres vivos con sus definiciones, parámetros ideales para guiar al ingeniero en el diseño y producción de bienes. Se plantea el modelo POE como un sistema cartesiano de tres ejes donde se desarrolla la vida en sus niveles: filogenia, ontogenia y epigénesis. Luego se toma el mismo modelo pero con las herramientas bioinspiradas que los representan, para llegar a la Vida Artificial. Posteriormente se entra a mirar el AC de Langton. Por último se presentan las conclusiones que ligan los seres vivos con las herramientas bioinspiradas
Subject(s)
Genetics/trends , Engineering/instrumentation , Engineering/methods , Engineering/trendsABSTRACT
Although some engineering control devices were designed in the 18th century [the Watt gcveruor 1970], it was really World War 11 which initiated the rapid and continuing development of a body of a theoretical and practical knowledge under the names of control theory, servomechanisms theory, systems engineering, systems analysis, systems approach, operations research, and cybernetics. In this paper it is shown how systems analysis is used in biology and environment besides engineering and what would the results lead to