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An optimization model is presented for maximizing the generation of wind power while minimizing its variability. In the optimization model, data-driven approaches are used to model the wind-power generation process based on industrial data. A new constraint is developed for governing the data-driven wind-power generation model based on physics and statistical process control theory. Since the wind-power...
In this paper, we propose a fast placer for FPGA placement on a new commercial hierarchical FPGA device. The novelty of this research lies in the application of a multilevel V-shape optimization flow including an architecture related cluster process and a constructive placement. The new placer can handle large-scale FPGA placement problem quickly. Experimental results show that the proposed placer...
In this paper, we propose a fast routability-driven routing algorithm for hierarchical FPGAs (HFPGAs), using several strategies to steer the automated process of rip up and reroute in order to speed up the process and reach the same effectiveness of Pathfinder's negotiation mechanism. Net is expelled from congestion zone to resourceful zone. The algorithm is divided into two procedures. First, it...
The technique of cell shifting has the advantage of linearly smoothing the overlap in placement. In the shifting process we should preserve the integrity of the original placement as much as possible and do less damage to the relative locations of the cells. The current cell shifting methods only locally or globally smooth the density without considering the relation between the local and the global...
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