区间分析,又称区间数学,是一门用区间变量代替点变量进行运算的数学分支。它最初是从计算数学的误差理论研究发展起来的。1966年R.E.穆尔在《区间分析》一书中第一次系统提出区间运算理论。
Therefore, it is important to investigate the static interval analysis of structural uncertain problems.
因而,对结构不确定性问题的静力区间分析进行研究,具有重要的实际意义和重大的理论价值。
参考来源 - 结构不确定性问题的静力区间分析Hansen in his book discussed the global optimization using interval analysis.
Hansen在他的书中基于区间分析讨论了全局优化问题。
参考来源 - 区间参数结构的动力优化·2,447,543篇论文数据,部分数据来源于NoteExpress
基于区间分析和仿生算法提出了一种新的区间优化方法。
Based on the interval theory and bionic algorithm, a new optimization method is proposed.
工程中的不确定性问题可以用区间分析、概率理论或模糊理论来求解。
The uncertain problems in engineering can be solved by using the interval, probabilistic or fuzzy theories.
运用置信区间分析、假设检验、聚类分析、回归分析等数理统计分析方法。
I use mathematical statistics analysis, such as confidence intervals, hypothesis testing, K-means Cluster, regression analysis and so on.
With this, if I can assume that accessing the i'th element of a list is constant, then you can't see that the rest of that analysis looks just like the log analysis I did before, and each step, no matter which branch I'm taking, I'm cutting the problem down in half.
读取数组中的第i个元素,是个常量时间的操作的话,我也就能像以前那样得到,这个算法是对数级复杂度的分析,并且每一步不管我选择哪个区间,我都可以把问题的规模缩小一半。
应用推荐