Dynamics and stability of directional jumps in the desert locust

Keyphrases

• Desert Locust 100%
• Locust 100%
• Flight Initiation 100%
• Angular Velocity 66%
• Simulation-based 33%
• Large Distances 33%
• Linear Correlation 33%
• Predation 33%
• Bio-inspired 33%
• Animal Behavior 33%
• Contact Point 33%
• Design Futures 33%
• Body Position 33%
• Body Orientation 33%
• Study Monitoring 33%
• Azimuth Angle 33%
• Dynamical Model 33%
• Video Analysis 33%
• Energy Storage System 33%
• Flapping Flight 33%
• Behavior Study 33%
• Ground Contact 33%
• Environmental Monitoring Applications 33%
• Jumping Robot 33%
• Hind Leg 33%
• Instrumental Role 33%
• Biomechanical Principles 33%
• Elevation Angle 33%
• Video Simulation 33%
• Video Monitoring 33%
• Jump Trajectory 33%
• Muscle Physiology 33%
• Locust Control 33%
• Muscle Biomechanics 33%
• Body Coordinate 33%
• Timing of Initiation 33%

Engineering

• Angular Velocity ω 100%
• Directional 100%
• Biomechanics 50%
• Relative Position 50%
• Contact Point 50%
• Azimuth Angle 50%
• Energy Storage System 50%
• Ground Contact 50%
• Application Monitoring 50%