Process control of a laboratory combustor using artificial neural networks

Engineering

• Artificial Neural Network 100%
• Backpropagation Network 50%
• Closed Loop 50%
• Combustor 100%
• Control Interface 50%
• Control Signal 50%
• Data Signal 50%
• Delay Time 50%
• Derivative Controller 50%
• Dopants 50%
• Equivalence Ratio 50%
• Feed Composition 50%
• Feedback Control System 50%
• Feedforward 50%
• Flow Rate 50%
• Network Training 50%
• Open Loop 50%
• Output Feedback 50%
• Perceptron 50%
• Process Control 100%
• Rate Data 50%
• Set Point 50%

Keyphrases

• Active Processes 25%
• Ammonia 75%
• Artificial Neural Network 100%
• Back Propagation Network 25%
• Closed-loop 25%
• Combustor 100%
• Control Program 25%
• Control Signal 25%
• Data Signal 25%
• Dopant 25%
• Electronic Valves 25%
• Emulator 25%
• Ethylene 25%
• Feed Composition 25%
• Fuel Ratio 25%
• Interface Control 25%
• Multilayer Perceptron 25%
• Network Feedback 25%
• Network Training 25%
• Neural Network 100%
• Neural Network Controller 50%
• Nitric Oxide 25%
• Nitric Oxide Emission 50%
• Output Feedback Control 25%
• Process Control 100%
• Proportional-integral-derivative Controller 25%
• Steady State 25%
• Step Disturbance 25%
• Superior Performance 25%
• Time-delay Compensator 25%
• Two-stage Combustor 25%

Chemical Engineering

• Backpropagation 14%
• Ethylene 14%
• Multilayer Neural Networks 14%
• Neural Network 100%
• Nitric Oxide 42%
• Process Control 100%