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This paper focuses on finding the optimal sink position.
and the potential (and its derivative, the acceleration) is evaluated via (28a) at each sink position.
Random mobility requires continuous sink position updates and route reconstruction, which will increase the transceiver burden of each sensor nodes.
Next, the force for each sink position is computed using a separate tree walk starting with the root cell.
A Particle Swarm Optimization (PSO) based algorithm is used to locate the optimal sink position with respect to those relay nodes to make the network more energy efficient.
The P2M and M2M kernels are called once per source particle and cell, respectively, while the M2P kernel is called many times for each sink position.
Similar(47)
The structural intensity analysis, assessing magnitude and direction of vibration energy flow provides information on dominant transmission paths, and vibratory energy distribution including sink positions.
Link weights are computed using a cost function, and finally, a mathematical model is given for determining optimal sink positions, i.e., network configuration.
Next, the forces for all sink positions and generated by all source particles are approximated using a single dual tree walk (Dehnen [2002]).
Again, the L2L and L2P kernels are called once per sink cell and particle, respectively, but a single M2L kernel replaces many M2P kernels of the tree code, because it accounts for all sink positions within the sink cell.
The essence of the fast multipole method is to Taylor expand the Greens function not only at the source positions x a, but also at the sink positions x b.
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