Experimental results show that when parameters are time-varying, This output error model reference adaptive control methods can effectively control the hydraulic force control systems.
实验结果表明，在存在的参数变化的情况下，这种输出误差模型参考自适应控制方法能有效地对液压力控制系统进行控制。
This paper discusses the design of model reference adaptive control systems based on the direct output error adaptive control algorithm.
本文利用输出误差直接自适应控制算法对一具体对象的模型参考自适应控制器进行设计。
In this paper, multiple output error feedbacks are introduced via the parallel decomposition of the plant transfer function in the internal model control system.
本文通过对被控对象模型的传递函数并行结构分解，引入多重输出误差反馈，并根据内模结构来设计系统控制器。
A linear prediction approach is applied to the output of this SIMO model and we prove that the prediction error contains the parameters of the first time slot of the model impulse response.
对多信道模型的输出应用线性预测，证明了预测误差只包含多信道模型冲激响应在第一个时隙的参数，并给出最佳线性预测器的长度。
A modified adaptive model following control algorithm was presented, in which the system output error is added to control signal and the next time output error is evaluated by linear networks.
提出一种改进的模型跟随自适应控制算法，该改进算法把系统当前输出误差引入控制信号，同时利用线性神经网络估计系统新的输出误差。
A novel internal model control structure with multiple output error feedbacks is proposed in this paper, by means of multi model decomposition technique.
通过对受控对象模型的并行结构分解，引入多重输出误差反馈，构成了一种新的内模控制结构。
Transfer function model reduced error of forecast due to it made use of ARIMA model theory as well as calculated affection of input series leading the predicted value of output series.
由于传递函数模型是在利用ARIMA模型理论基础上，同时将输入序列的变化对输出序列预测值的影响充分的加以考虑，所以可以使预报误差大大降低。
Serial transmission protocal of 3-wire model with tolerable error ability, the method of transition to save electricity state and time control output realization is also described.
在此基础上，成功地给出了具有容错能力的三线制串行传输协议、省电模式转换方法及时间控制输出的实现方案。
From the grey model of the gross value of industrial output of Anshan over the years, We can forecast the gross value of industrial output of 1990, the forecasting error is 10. 99%.
通过建立鞍山市历年工业总产值全数据的灰色模型，较准确地预测出鞍山市1990年的工业总产值，其预测误差为10.99%。
A mathematic model for calculating the ellipticity of the output beams in slightly noncoplanar resonators is given. By analyzing the error in the patent registed by r.
建立了计算轻微非共面腔输出光椭圆度的数学模型，分析了R。
A mathematic model for calculating the ellipticity of the output beams in slightly noncoplanar resonators is given. By analyzing the error in the patent registed by r.
建立了计算轻微非共面腔输出光椭圆度的数学模型，分析了R。
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