When looking for a way to develop a program with artificial intelligent, the most common related concept is the artificial neural network (ANN

No abstract

Actualmente, la visión de la industria en todo el mundo se está enfocando en desarrollar y realizar soluciones nuevas que sean amigables con el medio ambiente; una de estas son los motores híbridos y eléctricos. Este artículo propone realizar la simulacón de un algoritmo de manejo de potencias para un motor híbrido, cuya parte eléctrica será abastecida mediante un sistema fotovoltaico; con ello se busca analizar la batería del carro en función de la aceleración y desaceleración de este. Se obtiene como resultado un estudio del comportamiento de un sistema fotovoltaico en conjunto con un motor híbrido, donde se analiza el comportamiento de la batería según las condiciones meteorológicas que afecten al sistema.

Responding to growing concerns regarding energy-efficient facades, this paper describes the structure and process followed in the design of a responsive sun-shading system based on the use of rotating plates with two degrees of freedom. The proposal considers, among others, the definition of variable design parameters, areas of performance evaluation and control, and construction detailing development represented by a first 1:2 unit (module) model. In the process, computational simulation procedures were employed to explore configurational possibilities that would provide high-performance solutions to the light requirements of the particular covered spaces. In developing the system, it was noticed that due to the highly subjective requirements of users in terms of quantity and quality of lighting, a purely Boolean control system would not always be appropriate. Following from that, and taking advantage of the dynamic nature of the system, a further approach of control supported by fuzzy logic was also implemented at the operative state, whose logic is explained. Digital simulations were carried out to assess the performance of the system, and their results demonstrate more even light distribution levels compared to traditional systems.

No abstract