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Apr 1, 2007 · As a key approach to achieve energy efficiency in sensor networks, sensing coverage has been studied extensively.
The key concept of uSense is the decoupling of sensing coverage into two separated functions: scheduling and switching. The former calculates the parameters of ...
MobiCom Poster Abstract: Asymmetric Sensing by. Decoupling Scheduling from Switching. Yu Gu and Tian He. {yugu,tianhe}@cs.umn.edu. University of Minnesota, Twin ...
We propose asymmetric architecture based on the conceptual separation of switching from scheduling. Switching is efficiently supported in sensor nodes, while ...
Asymmetric sensing by decoupling scheduling from switching · Yu GuTian He ... As a key approach to achieve energy efficiency in sensor networks, sensing ...
(PDF) Achieving Asymmetric Sensing Coverage for Duty Cycled ...
www.academia.edu › Achieving_Asymm...
... decoupling of sensing coverage into two separated functions: scheduling and switching. The former calculates the parameters of a working schedule for ...
Feb 1, 2023 · This paper proposes a simple decoupling technique to derive individual modules' voltage and current profiles from the output measurements without direct ...
After DC-HSS opening, the system remains interconnected for asymmetrical decoupling, such that only one DMR grounding point is required (and allowed). The ...
Jun 9, 2024 · Abstract. In this paper, we revisit the two-player continuous-time infinite-horizon linear quadratic differential.
This study investigates the effect of aspect ratios (Ra*) on the wake bi-stability behind the GTS model using improved delayed-detached eddy simulation (IDDES)
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