A kind of arrangement method of directional charger
A layout method and charger technology, applied to electrical components, wireless communication, network topology, etc., can solve problems such as limited placement of chargers, placement at triangle vertices or grid points in a grid, etc.
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[0072] The present invention will be further described below with reference to the accompanying drawings and examples.
[0073] Such as figure 1 As shown, take each sensor as the center and divide concentric circles with L(1), L(2),..., L(K) as the radius. For convenience, use L (i) (k) Mark sensor i as a concentric circle of radius L(k). The basis for dividing concentric circles in this way is: in each adjacent concentric circle, such as L (i) (k-1) and L (i) (k), at any point within the formed circle, if the rotation angle set by a certain charger just covers sensor i, then the power of the charger received by sensor i can be approximately considered as a constant P r (L(k)).
[0074] Phase 2: Covering Dominant Set Extraction
[0075] After plane discretization, a finite number of sub-regions are obtained. In each sub-region, we consider how to further obtain all possible sensor sets covered by the charger.
[0076] First define the following two concepts.
[0077] D...
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