Probability Theory and Mathematical Statistics for Engineers
Probability Theory and Mathematical Statistics for Engineers
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DOI：
10.2307/3616473
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发表时间：
1984-05
期刊：
影响因子：
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通讯作者：
Jeffrey Dodgson
中科院分区：
文献类型：
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作者：
Jeffrey Dodgson
必须承认，化学工程系接受了这些挑战，未来的本科过程控制专业的学生掌握了线性代数、常代数和微分方程（包括拉普拉斯变换和傅立叶变换）的基本概念。此外，必须理所当然地认为，未来的学生在过程控制之前从课程中掌握化学工程生产过程技术。当系统和化学工程的这种共生实现时，本书可能会减少到三分之一，过程控制成为过程技术的一个组成部分，重点是过程控制对化学工程师的真正挑战，即本书的最后三分之一。包括多变量控制、物质与能量平衡、比例与前馈控制、模型算法控制、推理控制等概念，以及时间序列的参数估计、分析与滤波。AR - ma模型和一般计算机控制。现在看来，这本书是朝着这种共生关系迈出的一步，但并不是最后的文本。它当然应该被阅读和讨论，作为对正确理解化工厂的复杂性及其同样复杂的控制结构的又一贡献。它也应该被看作是朝着正确方向迈出的一步，是在过程技术的前提下对过程控制的统一处理。
It must be taken Ior granted that the chemical engineering departments take up thesc challenges and that the future student in undergraduate process control masters the nlost elementary concepts of linear algebua, ordinary algebraic and differential equations including LaPlace and Fourier transforins. Furthermore, it must be taken for granted thal the future student masters the chemical engineering production process technology from courses prior to process control. When this symbiosis of systems and chemical engineering is achieved the present book may be reduced to one-third and process control becomes what it should be an integrated part of the process technology with emphasis on thc real challeuges of process control to the chemical engineers, namely the last one-third of the book. This covers the concepts of muhivariablc control, material and energy balance, ratio and feedforward control, model algorithmic control, and inferential control together with parameter estimation, analysis and filtering of time-series. AR MA-models and general computer control. As it now stands, the book is a step towards this symbiosis but hardly the final text. It should certainly be read and discussed as another contribution to a proper understanding of the complex nature of chemical plants and their equally complicated control structure. It should also be regarded as a step in the righl direction, a ~mified treatment of process control on the premises of process technology.