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1. This method has the advantages of saving computation time and storage space, and determining its stability easily.

2. Both the computation time and the central memory storage are considerably saved as a merit of the algorithm.

3. With this biased mesh configuration, computation time was further reduced.

4. When the computation time dominates the communication time, the algorithm can keep the makespan at a rather low level which is about 1. 1 times of the ideal time.

5. Also, the computation time and boundary treatment, the DO model was better than zone model and six heat flux model.

6. Computation time in this method is likely to be spent on the loop.

7. The computation time of the method can be obviously reduced because of the higher computational efficiency of CC and FMM than that of direct summation.

8. The method requires less computation time and smaller memory than the direct computation of volume integral equations, since the large scale matrix inversion may be avoided.

9. Compared with the minimum mean squared error principle and the minimaxs principle this one needs smaller memory space and less computation time.

10. Because only one time-domain simulation is required using those techniques, computation time can be reduced by comparison with traditional method.

11. The results indicate that the proposed approach achieves the acceptable satisfaction level and requires less computation time than the brute force enumerative method.

12. The computational results indicate that the algorithm is efficient in both computation time and material utilization.

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13. The fast inverse iteration algorithm and sparsity technique are also exploided to reduce the computation time and memory requirement.

14. This is due to the fact that the NL mean algorithm scans all image pixels to select the best candidate while denoising a given pixel and this make it very slow in terms of computation time.

15. The optimum model derived from FEM analysis provides an accurate solution and small convergence. It also has merit in not requiring excessive computation time.

16. It has some characteristics, such as stable and fast convergence, shorter computation time, detail reconstruction of more complicate geoelectric model etc.

17. An improved calculation method of reactance of armature reaction is put forward, which need less computation time and have higher accuracy degree.

18. As certain intermediate results of the calculation for eddy currents in isotropic medium are the same for each iteration, not much extra computation time is required.

19. Phase unwrapping is not feasible for extremely large interferograms due to computation time and computer resources.

20. The theoretical analysis and numerical results of two typical examples show that this method can decrease the numbers of iterative by30%and reduce the computation time greatly.

21. The simulation results show that the proposed algorithm can not only improve the optimal solution, but also reduce greatly the search space and computation time, and can solve the problem efficiently.

22. Experimental results show that the segmentation results are as good as conventional fuzzy entropy method, but computation time decreases remarkably, and segmentation is very fast.

23. The numerical model is suitable for the demand of practical work because of its simple expression, higher precision and less computation time.

24. An efficient and simple calculation method is pro-posed for the simulation of the startup process with base load, which can greatly save computation time.

25. It is shown that the approximation method with sufficient accuracy costs less computation time than the direct integration method.

26. The FICBQ division and can obtain higher compression ratio with less computation time in coding.

27. Computational results indicate that the algorithm is efficient in both the computation time and the material utilization rate.

28. The parallel computation can greatly accelerate computation speed, decrease computation time and improve computation efficiency.

29. Results Genetic algorithm optimization of beam weights can produce highly conformal dose distributions within a clinically acceptable computation time.

30. This method simplifies the calculation of 3D transient temperature field and saves computation time.