In embedded systems operated by battery and interacting with the environment, a fundamental issue is the enforcement of real-Time and energy constraints to guarantee a desired lifetime with a given performance. A lot of research has focused on energy management at the communication level; however, not many authors considered both real-Time and energy requirements in wireless communication systems. This article proposes El-SMan, a power-Aware framework working in combination withMAC layer communication protocols for maximizing battery lifetime in wireless networks of embedded systems with real-Time constraints. Exploiting the flexibility in bandwidth requirements, El-SMan adapts stream parameters to balance performance versus energy consumption, taking both lifetime and message deadlines into account.

Bandwidth optimization and energy management in real-Time wireless networks

FRANCHINO, Gianluca;BUTTAZZO, Giorgio Carlo;MARINONI, Mauro
2016-01-01

Abstract

In embedded systems operated by battery and interacting with the environment, a fundamental issue is the enforcement of real-Time and energy constraints to guarantee a desired lifetime with a given performance. A lot of research has focused on energy management at the communication level; however, not many authors considered both real-Time and energy requirements in wireless communication systems. This article proposes El-SMan, a power-Aware framework working in combination withMAC layer communication protocols for maximizing battery lifetime in wireless networks of embedded systems with real-Time constraints. Exploiting the flexibility in bandwidth requirements, El-SMan adapts stream parameters to balance performance versus energy consumption, taking both lifetime and message deadlines into account.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11382/508851
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