Given an appropriate experimental result, the Six Sigma Black Belt should be able to compute the direction of steepest ascent. 给定一份合适的实验结果,六西格玛黑带应该能够计算出其最快速上升的方向。
The Use of Steepest Ascent Method in Optimal Guidance Law Simulation of Missile 梯度法在导弹最优制导律仿真中的应用
The optimal guidance model of air to air missile attacking target is built up. By using the steepest ascent method, the optimal guidance law is gained to solve this kind of problem: the final time is undefined and there are constrains. 建立了空空导弹攻击目标的最优制导模型,并推导出梯度投影法求解终时不定、有约束的导弹最优制导规律。
The steepest ascent method is used to analyze the active linear network circuit which contains several loads and make it produce the largest output power. This method can offer optimum data for the reasonable arrangement of electronic device port. 用最速上升法分析具有多负载的有源线性网络电路,使其输出功率最大,它可以为电子器件端口的合理布置提供最优数据。
By using this method, the algorithm based on the gradient steepest ascent is proposed, with its computational efficiency shown by simulations. 利用梯度下降法实现算法学习,仿真实验验证了算法的有效性。
In turn, the current service level is plotted on the response surface and the "path of steepest ascent" in the direction of maximum customer satisfaction gives the best "direction" for management to plan a quality improvement program. 进而,当前的服务水平定位于响应曲面和顾客满意度最大化方向上最陡峭上升的路线,这给予了管理者最佳的方向去安排服务改进计划。
After approaching the optimal region along the path of steepest ascent, a central composite design and corresponding response surface analysis were used to obtain the optimal concentrations of the major factors. 其次,用最速上升法逼近最大响应区;最后用中心组合设计和响应面分析确定主要影响因子的最适浓度。
The optimal condition described as follows: acetone concentration was 62% and extracting temperature was 47 ℃ by the steepest ascent experiment and the central composite design. Under the optimized condition, the highest extracting amount of polyphenols from Humulus lupulus was 47.40 mg · g-1. 通过最陡爬坡试验和中心组合设计试验,优化得到最佳的多酚类化合物提取条件为:丙酮浓度为62%,提取温度为47℃,在此条件下啤酒花中多酚的最大提取量为47.40mg·g-1。
The path of steepest ascent was used to approach the optimal region of above three factors. The concentrations of three factors were optimized subsequently using central composite designs and response surface analysis. 用最陡爬坡实验逼近以上三因素最优水平,并用中心组合设计以及响应面分析确定主要影响因子的最佳浓度。
The response surface experiment was subsequently designed according to the result of steepest ascent. 首先用快速登高路径逼近最大产酶区域,然后根据快速登高法的实验结果进行响应面实验。
The model admits an efficient calculation of the sample path gradient of the network revenue function. The gradient is then used to construct a stochastic steepest ascent algorithm. 该模型对网络收益函数的样本梯度进行了有效的计算,并将梯度应用于构建随机最陡上升算法。
The steepest climbing test was sufficiently close to the maximum response surface area by the steepest ascent test using response surface methodology to establish the mathematical model of the major impact factor of Streptococcus thermophilus enriched fermentation conditions. 再由最陡爬坡试验充分接近最大响应面区域,利用响应面分析法建立了主要影响因子的嗜热链球菌富硒发酵条件的数学模型。
The path of steepest ascent was used to approach the optimal region of above three factors subsequently. 再利用最陡爬坡试验逼近以上三个因素的最大响应区域。