![Proportional Integral Estimator-Based Clock Synchronization Protocol for Wireless Sensor Networks [Technical]](/o/adaptive-media/image/7934406/small-576/network-3537401_1920.jpg?t=1772475780323)
![Artificial Intelligence-Based Improved Classification of Two-Phase Flow Patterns [Technical]](/o/adaptive-media/image/7938175/small-576/artificial-intelligence-based-improved-classification-two-phase-flow-patterns-ai.jpg?t=1772476614554)
![New Method for Tuning PID Controllers Using a Symmetric Send-On-Delta Sampling Strategy [Technical]](/o/adaptive-media/image/7937889/small-576/tip-100-use-an-enhanced-pid-for-at-line-and-off-line-analyzers.jpg?t=1772476512969)
![PID Control Using Recurrent Neural Networks for Robotic Manipulators [Technical]](/o/adaptive-media/image/7881964/small-576/robot-2301646_1280.jpg?t=1772462407666)
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145 Results Found
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![Proportional Integral Estimator-Based Clock Synchronization Protocol for Wireless Sensor Networks [Technical]](/documents/d/acom/network-3537401_1920.jpg-3)
FeatureProportional Integral Estimator-Based Clock Synchronization Protocol for Wireless Sensor Networks [Technical]
Engineers develop a proportional integral estimator-based protocol to achieve clock synchronization for wireless sensor networks. -
![Artificial Intelligence-Based Improved Classification of Two-Phase Flow Patterns [Technical]](/documents/d/acom/artificial-intelligence-based-improved-classification-two-phase-flow-patterns-ai.jpg)
FeatureArtificial Intelligence-Based Improved Classification of Two-Phase Flow Patterns [Technical]
Flow pattern recognition is necessary to select design equations for finding operating details of the process and to perform computational simulations. -
![New Method for Tuning PID Controllers Using a Symmetric Send-On-Delta Sampling Strategy [Technical]](/documents/d/acom/tip-100-use-an-enhanced-pid-for-at-line-and-off-line-analyzers.jpg-4)
FeatureNew Method for Tuning PID Controllers Using a Symmetric Send-On-Delta Sampling Strategy [Technical]
Main goal in design of new PID controllers is reduction of the frequency of measurement needed for control without degrading the closed loop performance. -
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Development of a Hybrid Controller for Renewable Energy and Automotive Applications [technical]
Research focus on development of a hybrid controller for a two-interleaved boost converter dedicated to renewable energy and automotive applications. -
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Effects of Wireless Packet Loss in Industrial Process Control Systems [technical]
Control performance is affected by wireless link quality, which in turn is adversely affected by severe propagation loss in harsh industrial environments, co-channel interference, and unintended inter -
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Fault Detection in the Distillation Column Process [technical]
Chemical plants demand fault detection schemes to ensure high product quality, reliability and safety under different operating conditions. -
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KPI-Based Monitoring and Fault Detection for Large-Scale Industrial Processes [technical]
Key performance indicators (KPIs) can be used to analyze large-scale industrial processes to improve operating performance. -
![PID Control Using Recurrent Neural Networks for Robotic Manipulators [Technical]](/documents/d/acom/robot-2301646_1280.jpg)
FeaturePID Control Using Recurrent Neural Networks for Robotic Manipulators [Technical]
The performance of conventional PID controllers in robotics falls short in applications which are nonlinear and uncertain. Almost all industrial processes are nonlinear and uncertain. -
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How to Suppress Nuisance Alarms in Industrial Plants [technical]
Chattering alarms are the most found nuisance alarms that will probably reduce the usability and result in a confidence crisis of alarm systems for industrial plants. -
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Design of a New PID Controller Using Predictive Functional Control Optimization [Technical]
An improved PID controller based on predictive functional control is developed and tested on the chamber pressure in an industrial coke furnace.