指标函数的英文

• indicator function
• target function

• "指标"英文翻译    target; quota; norm; index; ...
• "函数"英文翻译    function
• "事件的指标函数" 英文翻译 :    indicator function of event
• "多目标函数" 英文翻译 :    multiple objective function; vector-valued objective function
• "目标函数" 英文翻译 :    destination function; goal function; object function; objective function; oobjectivefunction
• "坐标函数" 英文翻译 :    coordinate function; position function
• "多维目标函数" 英文翻译 :    multidimensional objective function
• "多重目标函数" 英文翻译 :    multiple objectives
• "设计目标函数" 英文翻译 :    design object function
• "矢性目标函数" 英文翻译 :    vector-valued objective function
• "线性目标函数" 英文翻译 :    linear objective function; linear objectives
• "修改目标函数" 英文翻译 :    modified objective function
• "原始目标函数" 英文翻译 :    primal objective function
• "结果函数, 目标函数" 英文翻译 :    result function
• "离散值目标函数" 英文翻译 :    discrete valued objectives; discrete-valued objective
• "目标函数的确定" 英文翻译 :    definition of objective function
• "双参数目标函数" 英文翻译 :    two-parameter objective function
• "修改的目标函数" 英文翻译 :    modified objective function
• "目标函数的约束条件" 英文翻译 :    bound for objective function; boundforobjectivefunction
• "成员函数指标" 英文翻译 :    pointer to member function
• "投标函" 英文翻译 :    bid letter; letter of tender
• "中标函" 英文翻译 :    award letter
• "指标" 英文翻译 :    target; quota; norm; index; merit; subscript; index arm; indicatrix 生产指标 production target; 质量指标 quality index
• "函数" 英文翻译 :    [数学] function◇函数计算机 function computer; 函数计算器 function calculator; 函数运算 functional operation
• "指标；指标器" 英文翻译 :    pointer(p)(ptr)

• Then , switching algorithms are studied and the properties of some performance indexes are analyzed
  其次，本文就目前切换算法的几种性能指标进行研究，对切换性能指标函数的性质进行理论分析。
• In particular , a switching criterion is developed , with which the hybrid scheme can switch from css to dcss automatically at the time when noise is suppressed
  特别地,通过一个能够衡量图象噪音强度的指标函数,混合算法能够在噪音被消除后自动由css演化转换为dcss演化。
• Ieee real - time systems symposium , washington dc , usa , december 1996 , pp . 186 - 189 . 11 abdelzaher t f , sharma v , lu chenyang . a utilization bound for aperiodic tasks and priority driven scheduling
  然后，本文建立了具有线性二次型指标函数的最优控制模型lqocm linear quadratic optimal control model实现对系统端到端的利用率控制。
• In chapter 4 , we present a method of neural network inverse dynamic control under the mutli - step predictive index function . the direct multi - step predictive approach and the recursive multi - step predictive method are adopted
  第四章：提出对被控对象进行直接多步预测，利用多步预测性能指标函数对系统实现基于神经网络的逆控制。
• The generalized nonlinear predictive controller based on neural network is put forward by combining the theory of predictive control with generalized nonlinear pid method ; subsequently , the neural network inverse dynamic control method is introduced into predictive control
  提出了基于神经网络的广义非线性预测控制器；之后考虑将神经网络逆动态控制方法引入到预测控制中，提出了基于多步预测性能指标函数的神经网络逆动态控制方法。
• Especially , in the latter model , the matched degree of system space and mission is taken as standards . and we also establish an index system and a model of c4isr system efficiency analysis correspondingly . after then some methods and algorithms are introduced , which include the principles and the method of choosing efficiency index and parameter index , the method of index filtering , the method of determining index function relation , the revising algorithm of ahp weight and the sort algorithm of judgment matrix
  作者对国内外c ~ 4isr系统效能分析的主要方法进行了比较分析，提出了一种以指标体系为基础的层次效能评估静态模型和以系统空间与使命的匹配程度为目标的动态评估模型相结合的评估思想，建立了c ~ 4isr效能分析指标体系与模型，给出了性能指标与参量指标选取的原则与方法、指标筛选方法以及指标函数关系的确定方法、 ahp的权值修正算法、含灰元的判断矩阵排序算法等。
• Using the indices of trajectory follow error and steering busyness in evaluation of the steering stability , a quadratic form performance index function for the neuron learning was established and the tuning of the connection weight values of the single neuron controller was realized using the algorithm of gradient descent
  利用操纵稳定性评价中的轨迹跟随误差和方向盘忙碌程度的评价指标，建立了神经元学习的二次型性能指标函数，并采用梯度下降算法实现了单神经元控制器的滚接权值的调整。
• The system period is determined by weighted fusion result of all sensors periods with precision as weight and a index function is designed to evaluate the deviation of system period . when the index exceeds the given threshold , the algorithm adjusts the system period to track the data interval of all passive sensors
  系统周期由各站点的周期按其观测精度加权来确定,并设计指标函数来评估系统周期的偏差,超过给定的阈值时重新调整周期,能够及时跟踪各单站的数据间隔变化。
• First , robust eigenstructure assignment , eigenstructure assignment is an effective method for output decoupling of mimo system . here , we first design an objective function in term of desired location of close - loop eigensvalues , achievable structure of close - loop eigenvectors and the unstructured time - varying parameter perturbations in system matrix
  特征结构配置对于mimo系统的解耦控制是一种很有效的方法，本文提出的算法是：设计一个性能指标函数，综合考虑特征向量的接近程度，未被配置的特征值的稳定性及系统的非结构型扰动。
• The author ' s main contributions are as following : first , an integrated performance index function of circuit products is constructed , and a continuous and differentiate price function is proposed accordingly . based on the mentioned and practical factors , such as market supply and demand , the continuous price function is dispersed and circuit products are classified into several classes
  主要研究结果如下：首先，构造了一个电路综合性能指标函数，据此函数合理地构造了连续可导的价格系数函数，并在此基础上，结合市场的供求和其它实际情况对连续价格函数进行离散化及对电路产品进行分档。