Auto regressive (AR) modeling is widely used in signal processing. The coefficients of an AR model can be easily obtained with an LMS algorithm.
自适应(AR)模型是数字信号处理中广为应用的一种模型，它的系数可以通过LMS算法求解。
Three modeling methods and NC auto programming based on shape characteristics of cavity of rolling forging die are discussed.
根据滚压模型腔的形状特点，介绍了三种不同的建模方法以及数控加工自动编程过程。
A method of auto body modeling is introduced here by means of computer-assistant modeling technology and on the pictures about auto body on the auto products specification basis.
介绍利用计算机辅助造型技术，从汽车产品说明书上的车身外形图片资料入手，提出了一种车身建模的方法。
This article mainly introduces the principle of the prediction for auto regression modeling and recommends the AR arithmetic of prediction for ship pitching motion in detail.
介绍了自回归时间序列分析法的建模预报原理，并给出了船舶纵摇运动预报应用实例。
D seismic modeling experiment system mainly includes 3d auto control scanning, high speed sampling, ultrasonic pulse or varying frequency signal emitting, etc.
三维地震模型实验系统主要包括三维坐标自动控制、高速数据采集、超声脉冲或可变频正弦信号发射等装置。
To solve the problem of modeling temperature control in the fermentation process, a neural network nonlinear auto regressive moving average(NN-NARMA) modeling method for nonlinear system is proposed.
针对生物发酵过程中温度控制难以建模的问题，基于非线性自回归滑动平均（NARMA）模型，设计了神经网络自回归滑动平均（NN-NARMA）模型。
A new modeling method for auto-body control system using rule description approach is put forward, and an auto-body control network is constructed based on CAN bus.
提出一种新的汽车车身控制系统建模方法，采用汽车总线技术构建车身控制网络，用规则化描述方法进行建模。
It simulates the whole process of Duffing equation from modeling, experiment to analysis by use of uniform auto computing technique.
研究非线性混沌动态系统的图形自动演算问题。
The connection between dual kinds of heterogeneous CAD systems and the FEA auto-modeling system was realized.
实现了多个异构的CAD系统与有限元自动建模系统的连接。
Such a system consists of auto-modeling, PID auto-tuning, separated integral PID controlling and adaptive controlling.
控制系统包含自动建模、PID参数自整定、分离积分PID控制、自适应控制等四部分。
Such a system consists of auto-modeling, PID auto-tuning, separated integral PID controlling and adaptive controlling.
控制系统包含自动建模、PID参数自整定、分离积分PID控制、自适应控制等四部分。
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