This paper analyses several currently used computing methods inspired by the nature and concludes their common properties and their disadvantages. It then proposes a more abstract computing model inspired by the natur...
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ISBN:
(纸本)9783540724834
This paper analyses several currently used computing methods inspired by the nature and concludes their common properties and their disadvantages. It then proposes a more abstract computing model inspired by the nature according to theoretical results on number theory. We also present a good lattice points method based on the number theory for problem solving, of which the discrepancy of the new method is minimized in the sense when the number of points are fixed. This method is dimensional independent and can be used to solve high dimensional problems. A typical algorithm is proposed to apply Genetic algorithm and Immume algorithm. Some comparable examples are given to show the advantages of our new method.
The problem of communication coverage is increasingly critical with the advancement of 5G communication technology. The reasonable establishment of new 5G base stations can effectively improve communication coverage. ...
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With the daily becoming enlargement of water distribution networks scale, the problem of water distribution networks waterpower calculation has become more and more complicated, the traditional algorithm has been...
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With the daily becoming enlargement of water distribution networks scale, the problem of water distribution networks waterpower calculation has become more and more complicated, the traditional algorithm has been already unable to satisfy the need of solving. This paper combines the immune algorithm and genetic algorithm together, has proposed a kind of immunity genetic algorithm, and apply it to solve the waterpower calculation problem of water distribution networks Because this algorithm incorporate the immune mechanism while carry on the heredity operation, not only has accelerated the convergence of the algorithm, but also greatly improve the precise of solution.
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