Optimisation of Combine Harvesters using Model-based Control

Engineering

• Model-Based Control 100%
• Harvester 100%
• Fan Speed 80%
• Field Test 80%
• Material Flow 80%
• Rotor Speed 80%
• Cleaning System 60%
• Closed Loop 40%
• Feedback Control Systems 40%
• Material Sample 40%
• Speed Controller 40%
• Test Experiment 40%
• Material Flow Analysis 40%
• Rotors 20%
• Good Accuracy 20%
• Full Scale 20%
• Using Sensor 20%
• Control Design 20%
• Control Scheme 20%
• Distributed Control 20%
• Set Point 20%
• Inclination Angle 20%
• Profit Margin 20%
• Fast Response 20%
• Luenberger Observer 20%
• System State 20%
• Test Time 20%
• Automation System 20%
• Settling Time 20%
• Industrialized Country 20%
• Sensor Data 20%
• Sample Data 20%
• Actual Material 20%
• Load Angle 20%
• Loss Separation 20%
• Control Systems 20%
• Sensor Fusion 20%
• Germany 20%
• Controller Design 20%
• Patent Application 20%
• Flow Model 20%
• Developed Country 20%

Keyphrases

• Grain Loss 100%
• Grain Damage 80%
• Threshing System 40%
• Cleaning Loss 20%
• Arable Area 20%
• Material Flow Model 20%
• Sole Control 20%
• Concave Clearance 20%
• Loading Angle 20%
• Loss Sensor 20%
• Balance Parameter 20%
• Cereal Consumption 20%