动态比率

双交叉限位控制系统是实现燃烧炉控制的一种新型控制方法，一改以往静态空燃比限位的控制方式，实现动态比率限位控制。

Limit control system of expanding double-cross is a new control method , it changes control mode from former static state to dynamic one in controlling limit rate air to fuel .

动态比率：类似于权重，不过权重值是随着对服务器持续的监控而变化的。

Dynamic Round Robin ( Called Dynamic Ratio on the BIG-IP ): is similar to Weighted Round Robin , however , weights are based on continuous monitoring of the servers and are therefore continually changing .

基于动态学习比率BP神经网络的时间序列预测方法

Predictive Method of Nonlinear Time Series Based on Dynamic Error Correction Using BP Neural Network

方法：利用动态学习比率BP算法以双曲正切函数为功能函数的非线性时间序列预测方法。

Method : Based on dynamic error correction BP artificial neural network with Hyperbolic Tangent function as activation function and the number of hidden node six .

在逐一分析传统模型、误差修正模型、CCC模型之后，采纳模型各自优点，利用计量经济学最新研究成果，重新构建更加合理的动态套期保值比率测算模型DCC模型。

In each of the traditional model , error correction model , CCC model , the adopted model of their own merits , using the latest econometric research to reconstruct a more reasonable model for evaluating the dynamic hedge ratio DCC model .

通过分析已有文献的缺陷，并且结合期货市场自身的新情况，本文认为合理构建动态套期保值比率的测算模型至关重要。

Defects by analyzing the existing literature , and with their new futures markets , this paper considers reasonable to build dynamic hedge ratio calculation model is essential .

在工业生产过程中，不同程度的存在着时滞，而具有时滞的过程是较难控制的，其难控程度将随着时滞占整个动态过程的比率增加而增加。

In industrial processes , there exist time delays in different degrees . It is difficult to control a process with time delay . The larger the percent of time delay in the whole dynamic process , the more difficult to control it .

本文是对基于动态的套期保值比率的计算模型进行修正。

In this paper , we will use the modified model which is based on dynamic hedge ratio model .