AbstractAn overview of bicycle and rider kinematic motions from a series of experimental treadmill tests is presented. The full kinematics of bicycles and riders were measured with an active motion capture system. Motion across speeds are compared graphically with box and whiskers plots. Trends and ranges in amplitude are shown to characterize the system motion. This data will be used to develop a realistic biomechanical model and control model for the rider and for future experimental design
This paper presents original data records of linear accelerations and angular velocities of six poin...
The principal theories of human motor skill are compared. Disagreements between them centre around t...
In the present work, a one-leg kinematic model of a cyclist is presented and validated to replicate ...
An overview of bicycle and rider kinematic motions from a series of experimental treadmill tests is ...
An overview of bicycle and rider kinematic motions from a series of experimental treadmill tests is ...
AbstractAn overview of bicycle and rider kinematic motions from a series of experimental treadmill t...
Cycling is one of the most practiced sports in the world, both professionally and an amateur level. ...
Recent observations of a bicyclist riding through town and on a treadmill show that the rider uses t...
In bicycles the rider’s mass is much larger than the vehicle’s mass. Hence, the rider influences the...
In bicycles the rider’s mass is much larger than the vehicle’s mass. Hence, the rider influences the...
International audienceState-of-the-art biomechanical laboratories provide a range of tools that allo...
Literature mentions two types of models describing cyclic movement-theory and data driven. Theory dr...
Up to now, not much is known about how humans control bicycles, especially when subject to large per...
Literature mentions two types of models describing cyclic movement-theory and data driven. Theory dr...
Measurements of bicycle kinematics (roll and steer) and rider movements (joint angles and rider lean...
This paper presents original data records of linear accelerations and angular velocities of six poin...
The principal theories of human motor skill are compared. Disagreements between them centre around t...
In the present work, a one-leg kinematic model of a cyclist is presented and validated to replicate ...
An overview of bicycle and rider kinematic motions from a series of experimental treadmill tests is ...
An overview of bicycle and rider kinematic motions from a series of experimental treadmill tests is ...
AbstractAn overview of bicycle and rider kinematic motions from a series of experimental treadmill t...
Cycling is one of the most practiced sports in the world, both professionally and an amateur level. ...
Recent observations of a bicyclist riding through town and on a treadmill show that the rider uses t...
In bicycles the rider’s mass is much larger than the vehicle’s mass. Hence, the rider influences the...
In bicycles the rider’s mass is much larger than the vehicle’s mass. Hence, the rider influences the...
International audienceState-of-the-art biomechanical laboratories provide a range of tools that allo...
Literature mentions two types of models describing cyclic movement-theory and data driven. Theory dr...
Up to now, not much is known about how humans control bicycles, especially when subject to large per...
Literature mentions two types of models describing cyclic movement-theory and data driven. Theory dr...
Measurements of bicycle kinematics (roll and steer) and rider movements (joint angles and rider lean...
This paper presents original data records of linear accelerations and angular velocities of six poin...
The principal theories of human motor skill are compared. Disagreements between them centre around t...
In the present work, a one-leg kinematic model of a cyclist is presented and validated to replicate ...