The paper presents the design and multiparameter optimization of a networked embedded application for the health- care domain. Several hardware, software, and application parameters, such as clock frequency, sensor sampling rate, data packet rate, are tuned at design- and run-time according to application specifications and operating conditions to optimize hardware requirements, packet loss, power consumption. Experimental results show that further power efficiency can be achieved by considering also communication aspects during design space exploration.

Network-aware Design-Space Exploration of a Power-Efficient Embedded Application

Ebeid, Emad Samuel Malki;QUAGLIA, Davide;
2012

Abstract

The paper presents the design and multiparameter optimization of a networked embedded application for the health- care domain. Several hardware, software, and application parameters, such as clock frequency, sensor sampling rate, data packet rate, are tuned at design- and run-time according to application specifications and operating conditions to optimize hardware requirements, packet loss, power consumption. Experimental results show that further power efficiency can be achieved by considering also communication aspects during design space exploration.
978-145031426-8
HW/SW Timing and Power Simulation; Virtual Platform; Network Simulation; Wireless Sensor Network; Body Sensor Network
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11562/500776
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