本方法提高了收敛性和计算速度及精度。
By this approach, the computation speed and accuracy is enhanced and a better convergency is obtained.
对于这样一个庞大的工程，如果作为一个整体来考虑而进行计算，很难保证其收敛性和计算时间。
If we take the enormous project as a whole calculating, it is difficult to guarantee its convergence and calculating time.
本文应用比较方法，提出滞后型泛函微分方程初始问题的近似解法，给出了解的近似迭代序列及其误差估计式，并证明迭代序列的收敛性和计算稳定性。
Using the comparison method, an approximate approach to the delay-differential equations is proposed in this paper. The proof of its convergence and calculation stability is also given.
应用推荐