Our solution implementation is based on two algorithms: the NTO-CP and the NTO-CH. Int the first algorithm the objective is to calculate the transmit opportunity at every coverage area point and at the same time, reduce the number of control points and still obtain the same results, optimize knots number. The objective of the second algorithm is to hint on how a change may affect a coverage zone, multiple zones or the entire network. It is done by scoping the change impact so that only pertaining set’s control points are processed to reflect the new change.
As a conclusion, our solution showed a better result that both other solutions when the number of mobility devices is almost greater than 10% of the number of the distribution points. Our solution performs better than barycenter-based one when the number of the control points is roughly four times the number of mobility devices.
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