Since the beer fermentation control system is always very large, in this thesis, the conveinience to deploy and update of the supervisory software was also considered and represented in details.
啤酒发酵过程自动化系统规模庞大，本文还从提高系统的可维护性和升级部署速度出发，对该系统的监控软件进行了相关研究。
The application of multi-panel MP270 and S5/S7 PLC in the beer fermentation control, system is introduced in this paper with detailed explanation of hardware configuration and program design.
主要介绍了多功能面板MP270和西门子S7/S5系列PLC在啤酒发酵控制系统中的应用，叙述了系统的硬件配置和软件设计。
Furthermore, the software based on the modeling algorithm can be embedded into fermentation process control system, realizes fermentation process online modeling and state parameter online estimating.
此外，利用该算法编制的软件可以内嵌到发酵过程监控系统中，实现发酵过程在线建模与状态参量的在线预估。
Hence the control system of beer fermentation based on CAN bus is designed according to current equipment and requirement of corporations producing beer .
因此，针对当前啤酒企业的设备现状和生产需要，研究设计了采用CAN总线技术进行通信的啤酒发酵监控系统。
Fermentation process is a time-variable, nonlinear, uncertain and multivariable coupling system, and high performance decoupling control is a target to seek.
发酵过程是一个时变，非线性，不确定性和多变量耦合系统，高性能解耦控制是一个寻求的目标。
Finally the structural design and the implemented scheme of a computer control system for an industrial spiramycin fermentation process is described in detail for illustration.
最后，针对螺旋霉素工业发酵过程计算机控制系统的实际课题，运用上述方法对其系统结构设计和实施方案作了详细介绍。
The Dissolved Oxygen (DO) control system for rice wine fermentation is an unstable system with multi-disturbance, time-varying and nonlinearity.
黄酒发酵溶氧控制系统是一个多干扰的、时变的、非线性的不稳定系统。
The system has the advantages of simple structure, convenient control, accurate temperature adjustment and the capability of effectively controlling the temperature changes of the fermentation system.
该系统结构简单、控制方便，调节温度准确，可有效控制发酵系统的 温度变化。
Using the 89c52 single chip microcomputer as its core computer, the thesis studied and designed a digital temperature control system of beer fermentation based on digital technology.
本论文以89c52单片机芯片为核心，研究和设计了数字化的啤酒发酵过程计算机控制系统。
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。
Can be used for partial fermentation or continuous fermentation, and completely configurated of parameters test control system.
可用于分批发酵或连续发酵，并完整配置参数检测控制系统。
The measurement and control system in the fermentation process is the important part of the fermentation system, which directly influences the production of fermentation process.
发酵过程测控系统是发酵系统中重要的组成部分，直接影响着发酵过程生产。
Bioreactor in the fermentation amplification remained high after the consistency and productivity, control system can be tuned PID control loop automatic controled.
生物反应器在发酵放大后仍保持较高的一致性和生产率，控制系统采用可调谐的PID控制回路全自动控制。
The design and application of "The Software of Optimal Operation and Control System in Fermentation Process " are studied in this dissertation.
本篇论文研究了“发酵过程优化操作控制系统软件”的设计和实现。
The design and application of "The Software of Optimal Operation and Control System in Fermentation Process " are studied in this dissertation.
本篇论文研究了“发酵过程优化操作控制系统软件”的设计和实现。
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