E-MiLi: energy-minimizing idle listening in wireless networks
Citations
Cites background or methods from "E-MiLi: energy-minimizing idle list..."
...This is because the network interface card’s radio frequency chains always operate at baseband bandwidth, referred to as operating bandwidth, even during IL [1]....
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...It mainly comes from its inherent CSMA mechanism; channel sensing and listening operations (referred to as idle listening (IL)) must be performed continuously to detect unpredictable incoming data frames [1]....
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...Bandwidth Switching Delay: the bandwidth switching delay is mainly contributed by the lock-in time of the phase-locked loop (PLL) used by the transceiver’s chipset [1]....
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...11 chipset (MAXIM 2831), the PLL takes less than 8 μs [1]....
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Cites background from "E-MiLi: energy-minimizing idle list..."
...In [2] WiFi interface is known to be a primary energy...
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Cites background from "E-MiLi: energy-minimizing idle list..."
...However, PTX and PRX are comparable to each other although their absolute values differ from one transceiver implementation to another [9], [10]....
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Additional excerpts
...For example, work by Zhang and Shin [13] showed that most of the energy consumption in wireless networks is due to Receive mode (RX) and Idle Listening mode (IL) at the physical layer....
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...For example, work by Zhang and Shin [13] showed that most of...
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References
5,354 citations
5,117 citations
"E-MiLi: energy-minimizing idle list..." refers methods in this paper
...In sensor networks, a popular MAC-layer energy saving mechanism is LPL, which is used by S-MAC [32], B-MAC [33] and many derivatives....
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3,631 citations
"E-MiLi: energy-minimizing idle list..." refers methods in this paper
...In sensor networks, a popular MAC-layer energy saving mechanism is LPL, which is used by S-MAC [32], B-MAC [33] and many derivatives....
[...]
863 citations
"E-MiLi: energy-minimizing idle list..." refers background in this paper
...The wake-on-wireless scheme [26] augments a secondary low-power radio for packet detection, and triggers the primary receiver only when a new packet arrives....
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