![PID-Based Bioreactor Control for Ethanol Production [Technical]](/o/adaptive-media/image/7910582/small-576/smart-grid-1.jpg?t=1772466794622)
![Using OPC Technology to Study Advanced Process Control [Technical]](/o/adaptive-media/image/7947028/small-576/how-to-create-working-information-capital-process-industry-enterprise.jpg?t=1772478412113)
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145 Results Found
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![PID-Based Bioreactor Control for Ethanol Production [Technical]](/documents/d/acom/smart-grid-1.jpg-1)
FeaturePID-Based Bioreactor Control for Ethanol Production [Technical]
Researchers develop an inferential control scheme based on adaptive linear neural network soft sensor for the control of the fermentation process. -
Feature
Load Speed Regulation in Mechanical Transmission Systems Using Feedback and Feedforward Control [technical]
Researchers develop a method for controlling the load speed of a mechanical transmission system using both motor and load speed feedback, and design an adaptive feedforward action to reject load torqu -
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Compensation for Cascade Dead Zones in Proportional Control Valves [technical]
The cascade dead zones problem in a typical two-stage proportional directional control valve is analyzed and a cascade dead zones model is developed for the main stage spring constant. -
![Using OPC Technology to Study Advanced Process Control [Technical]](/documents/d/acom/how-to-create-working-information-capital-process-industry-enterprise.jpg-2)
FeatureUsing OPC Technology to Study Advanced Process Control [Technical]
Research focus on the use of OPC technology for the study of distributed control systems as a cost effective and flexible research tool for the development and testing of advanced process control techn