提出一种基于粗集理论和广义控制的滚动优化调度建模策略。
A modeling strategy of rolling optimal scheduling based on rough sets theory and feedback correction of general control is presented.
实现了预测控制的三个环节：多步预测、滚动优化、反馈校正。
This method implements the three laches of GPC: multistep prediction, recursive optimization, feedback emendation .
针对NARMA模型，提出了预测控制滚动优化的两级协调法。
A two level coordination algorithm is presented for moving horizon optimization of predictive control based on NARMA model.
它在每一个采样时刻通过滚动优化计算出未来若干时刻的预测控制量。
It can calculate a number of forward predictive control data though rolling optimization every sample time.
对预测控制模型的建立、滚动优化计算及优化参数的选取进行了理论探讨。
The author discusses optimal operating model for predictive control and optimum parameter. Based on that model , a algorithm is obtained.
以预测控制的滚动优化原理为基础提出了一种约束线性系统的最优控制方法。
The paper presents an optimal control scheme based on moving optimization principle of model predictive control for linear system with constraints.
由于预测控制的滚动优化部分涉及到多维搜索，控制器需要进行复杂的运算。
Because MPC algorithm incorporates multi dimension search, the controller needs to do complex computation.
利用全局线性模型进行滚动优化，利用非线性预测模型校正线性模型，实现非线性预测控制。
Nonlinear predictive control is realized by the global linear model based roll optimizing, and on-time adjusting using neural network based nonlinear model of the nonlinear system.
在随机预测控制中，约束是机会约束，目标函数是数学期望，滚动优化求解的是随机优化问题。
In Stochastic Model Predictive Control, chance constraints are presented and the objective function is an mathematical expectation.
本文借鉴预测控制滚动优化原理，研究了全局环境未知且存在动态障碍物情况下的机器人路径规划问题。
Using the rolling optimization concept adopted in predictive control, robot path planning in global unknown environment with moving obstacles is studied.
全局线性模型用于滚动优化 ，非线性模型用于预测系统输出和校正线性模型 ，实现非线性预测控制。
Nonlinear predictive control is realized by the global linear model based roll optimizing, and ontime adjusting using neural network based nonlinear model of the nonlinear system.
其实质是用神经网络作为预测模型，产生预测信号，用滚动优化算法求出控制律，从而实现对非线性系统的预测控制。
Actually it USES the neural networks as the predictive models to produce the predictive signals, the control law is solved by optimized algorithm, accordingly control nonlinear system.
在工艺状况发生改变时，通过对模型的滚动优化，修正模型参数，来提高模型对实时观测数据的拟合程度和预测的准确性。
When the condition changes, fitting degree of observed data and prediction accuracy of the model are enhanced through rolling optimization and modifying model parameters.
提出了使用粗糙集理论优化BP神经网络模型方法，并将优化后的网络模型应用于滚动轴承的故障诊断中。
This article proposes a usage of rough collection theory by optimizing the BP nerve network model method, and will apply the optimized network model in the rolling bearing breakdown diagnosis.
但对于基本参数的优化设计至今尚未见报导，本文对全滚动活齿传动的计算机辅助优化设计作了初步探讨。
But the optimizing design about basic parameters still has not been seen as yet, the disquisition pilot study on the computer assisted optimization design of Oscillatory Roller Transmission.
目前控制轮轨滚动噪声的措施主要是通过改善和优化轨上结构来实现的，而很少考虑轨下基础对噪声的影响。
Currently measures in control of wheel-rail rolling noise mainly by improving and optimizing the rail structure to achieve, but rarely considered the impact of the foundation under rail.
采用正交试验方法，对胶料各组分进行优化，使胎面胶滚动阻力降低，同时又能保持良好的抗湿滑性能。
The various ingredients in tread compound were optimized with the orthogonal experimental method to lower the rolling resistance of tire tread without sacrificing its wet traction.
三峡工程； 联合通航调度；滚动时域调度；混合整数规划；混合优化算法；
The Three Gorges Project; navigation co-scheduling; rolling horizon procedure; mixed-integer programming; hybrid optimization algorithm;
采用滚动处理方式解决炼厂月、季原油选购计划的衔接和全局优化问题。
And the rolling technic is used to link the planning of crude selecting for a month and a quarter and to optimize the planning model for whole period.
该方法构造了滚动时间窗，利用滚动时间窗内的数据优化建模。
In this method, a sliding time window is built and data in the sliding time window are employed to construct the dynamic model of a system.
分析仿真结果表明，滚动向指向误差和稳定度以及星载SAR中心视角对分辨特性影响较大，该研究结果对于卫星总体参数确定和优化设计具有参考价值。
The simulation results prove that roll error and its stabilization and spaceborne SAR squint angle are the key factors to SAR resolution performance errors. The conclusion is valuable t…
分析仿真结果表明，滚动向指向误差和稳定度以及星载SAR中心视角对分辨特性影响较大，该研究结果对于卫星总体参数确定和优化设计具有参考价值。
The simulation results prove that roll error and its stabilization and spaceborne SAR squint angle are the key factors to SAR resolution performance errors. The conclusion is valuable t…
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