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Abstract: Recently low power listening (LPL) MAC protocols based on duty-cycling mechanism have been studied extensively to achieve ultra low energy ...
Abstract- Recently low power listening (LPL) MAC protocols based on duty-cycling mechanism have been studied extensively to achieve ultra low energy ...
This paper proposes an asynchronous MAC protocol named Fine-grained wakeup request MAC (FG-MAC) emphasizing a low power listening technique for wireless sensor ...
Recently low power listening (LPL) MAC protocols based on duty-cycling mechanism have been studied extensively to achieve ultra low energy consumption in ...
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In our unique approach,. DDCC optimizes the duty cycle for both energy use and packet transmissions, which cannot be easily modeled. Examples of existing ...
Missing: enhancement | Show results with:enhancement
Low Power Listening (LPL) is a common MAC-layer tech- nique for reducing energy consumption in wireless sensor networks, where nodes periodically wakeup to ...
From “Design and Evaluation of a Versatile and Efficient Receiver-. Initiated Link Layer for Low-Power Wireless” by Dutta et al. Page 39. Receiver Initiated MAC.
Missing: enhancement | Show results with:enhancement
Our approach utilizes con- trol theory and adapts it to the control of ti for low-power- listening MAC protocols in wireless sensor networks. Re- sults show ...
Missing: Performance enhancement
It was observed from the results that ESC can reduce delay and increase delivery ratio while synchronizing sensor node activity with available energy. Merlin et ...
Aug 15, 2014 · Therefore, in this paper, we propose a novel sensor MAC protocol, transmission rates based adaptive low-power listening MAC protocol (TRA-MAC), ...