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Aug 6, 2002 · Abstract: A technique for reconfiguring an array of arbitrary rectangular shape from a fixed-size square array is presented.
Physical reconfiguration consists of utilizing redundancy to reconfigure a target array within the fixed dimensions of the wafer on which the device lies.
It is proven that the proposed technique achieves a lower intercell delay than previous techniques for certain values of ratio of the dimensions of the ...
Reconfiguration algorithm (RA) optimizes the maximum power from the PV array and introduce the best configuration which can satisfy the output constraints.
The objective is to map a logical array of a given size onto a physical array. ... Each PE consists of a self-testing block, a reconfiguration block, and a ...
This section reviews several of the fundamental results on the “reconfigurability” of linear or 2-dimensional arrays of N cells as N becomes large.
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First, a mathematical model is established for the array reconfiguration. Then, the proposed method treats the interconnections between each PEs as a function ...
Finally a technique named functional reconfiguration is proposed. This approach allows to map a fixed-size array into an array of arbitrary rectangular shape.
Jul 27, 2017 · Mutual shading (MS) in photovoltaic (PV) plants occurs when a collector is shadowed by the front row of collectors.