Procedimiento de Diseño para Minimizar el Consumo de Potencia y los retrasos en WSAN

Diego Martínez; Patricia Balbastre; Francisco Blanes; José Simó; Alfons Crespo

doi:10.1016/S1697-7912(10)70046-7

Autores/as

Diego Martínez Universidad Autónoma de Occidente
Patricia Balbastre Universidad Politécnica de Valencia
Francisco Blanes Universidad Politécnica de Valencia
José Simó Universidad Politécnica de Valencia
Alfons Crespo Universidad Politécnica de Valencia

DOI:

https://doi.org/10.1016/S1697-7912(10)70046-7

Palabras clave:

Sistemas de tiempo real, Redes de sensores y actuadores Inalámbricas, Sistemas embebidos, Monitorización y control en tiempo real

Resumen

Actualmente existe un gran interés por el desarrollo de aplicaciones industriales utilizando redes inalámbricas, principalmente por el aumento de la flexibilidad del sistema y la disminución de los costos de implementación. Sin embargo, los retrasos y el jitter que introduce la red de comunicaciones en las aplicaciones de control, han dado lugar a que en algunos casos no se obtenga una buena correspondencia entre los resultados experimentales y los objetivos de control propuestos, esto como consecuencia del uso de modelos imprecisos para analizar y diseñar estos sistemas, métodos de validación poco elaborados y plataformas que no soportan los modelos empleados. En este trabajo se presenta un procedimiento de diseño que permite encontrar un modo de funcionamiento óptimo del sistema, que garantiza el cumplimiento de los plazos de tiempo de las aplicaciones, y minimiza el consumo de potencia y los retrasos.

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