Scales that matrix by a factor of 3 in the x direction and a factor of 1 in the y direction by appending the scaling transformation with the 成员的缩放变换，缩放该矩阵， x方向的比例因子为3 ， y方向的比例因子为1 。
Scales that matrix by a factor of 3 in the x direction and a factor of 1 in the y direction by prepending the scaling transformation 通过在前面添加缩放变换，缩放该矩阵， x方向的比例因子为3 ， y方向的比例因子为1 。
Decimal numbers have a binary integer value and an integer scaling factor that specifies what portion of the value is a decimal fraction 数字具有一个二进制整数值，和一个整数比例因子，用于指定值的哪一部分是小数部分。
Each container control is responsible for scaling its children using its own scaling factors and not the one from its parent container 每个容器控件只负责使用自己的比例因子缩放自己的子控件，并不负责缩放其父容器中的控件。
Stpidflc ' s output scaling factors gu is adjusted on - line by fuzzy rules according to the current trend of the controlled process 具有鲁棒性的自整定模糊控制器的输出比例因子gu是由另外一模糊规则库根据被控过程的当前趋势在线调整。
Structure holds a binary integer value , together with a sign bit and an integer scaling factor that specifies what portion of the value is a decimal fraction 结构存储二进制整数值，以及符号位和指定值中的哪部分为纯小数的整数比例因子。
Fuzzy controller with self - adaptive proportion is constructed through modifying normal fuzzy controller . accordingly , system ' s performance is improved 本文对常规模糊控制器进行了改进，使之成为比例因子自调整的模糊控制器，改善了系统的快速性和稳定性。
This paper also optimizes the support vector machine ( svm ) parameters and controller scale coefficients based on genetic algorithms ( ga ) , in order to get the optimal performance of the controller 利用遗传算法来优化支持向量机参数和控制器比例因子参数，以期实现最优的控制性能。
Based on general fuzzy controller , the thesis gives how the controller ' s performance is influenced by factors of proportionality , membership function and defuzzification method 以常规模糊控制器设计为基础，探讨了量化因子和比例因子、隶属函数、非模糊化方法等对控制器控制性能的影响。
Compared with pid control which is under optimum condition , this scheme not only makes dynamic performance of ships ' turning faster and more stable , but also has perfect anti - disturbance performance 该方案汇集了模糊模型参数自适应控制、比例因子自校正模糊控制、经典控制及非线性方法等各自的优点。
