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1·The crossover preserver the snippet of effective genes, and a moving window is used to fasten the algorithm convergence.

该算子通过判断父代的城市是否相邻来保存有效基因片断，通过加入一个移动的窗口来加快算法收敛。

2·To improve the algorithm convergence, EM-based joint channel parameters estimation and data detection algorithm is proposed.

为进一步提高算法的收敛速度，提出联合信道参数估计和数据检测算法。

3·The algorithm is deduced and difference equation of parameter error given by which the algorithm convergence is proved theoretically.

对该算法进行了推导，并给出了参数误差的差分方程，在理论上证明了算法的收敛性。

4·For accelerating the algorithm convergence and avoiding the local optimization, an individual learning mechanism is often applied to generic algorithm to improve algorithm performance.

在遗传算法中引入个体学习机制能够提高算法的性能，避免算法收敛过慢或陷入局部最优。

5·The simulation results indicate that this algorithm not only guarantees global convergence, but also improves the converging rate and the stability effectively.

仿真结果表明，该算法不仅保证了全局收敛性，而且大大提高了算法的收敛速度和稳定性。

6·Then the mechanism of Simulated Annealing is import in the algorithm above to decrease the execution time and quickens the velocity of convergence.

然后，为了加快遗传算法的收敛速度减少算法执行时间引入模拟退火机制对上述算法进行优化。

7·The test functions show that the algorithm has better convergence speed and stability, the solving result is excellent.

通过测试函数表明该算法具有较好的收敛速度和稳定性，求解结果非常好。

8·For the basic differential evolution algorithm, the increasing quadratic function crossover operator was added to increase the convergence speed.

在基本差分进化算法中，融入递增二次函数交叉算子以增加算法的收敛速度。

9·All the possible algorithm models in general conditions have been considered, and parameter choice and convergence speed of these different algorithm were investigated.

考虑了在一般情况下各种可能的算法模型，分析了这些不同算法的参数选择问题、以及收敛速度问题。

10·This algorithm improves convergence speed and reduces residual error by increasing small the quantity of computation.

该算法通过增加很少的计算量不仅提高了收敛速度而且获得更小的剩余误差。