Add to ORKGINTRODUCTION: Jumping activities are required in many sporting situations and therefore the ability to optimise jumping performance is a key element in performance enhancement. This paper presents different approaches to studying jumping activities in an attempt to optimise or enhance performance. The areas of simulation modelling, motor control and learning and the application of biomechanical principles to training theory are addressed
The triple jump is an athletic event comprising three phases in which the optimal proportion of each...
Optimisation is often used in an attempt to explain technique adopted in skilled sport performance. ...
In order to maximize the mass center vertical velocity at toe-off and thereby jump height the approa...
This study investigates the effect of approach conditions and takeoff technique on optimum performan...
Running jumps such as the high jump and the long jump involve complex movements of the human body. T...
This study investigated the sensitivity of optimum jumping performances to perturbations in activati...
While experimental studies can provide information on what athletes are doing, they are not suited t...
This study used a computer simulation model to investigate various considerations that affect optimu...
Models of high jumping, high bar circling, swinging on rings, tumbling, diving, twisting and balanci...
Our purpose was to investigate the effects of initial conditions and takeoff technique on the perfor...
Experimental studies of sports technique are inherently problematical. In competitive situations bio...
This study used a subject-specific model with eight segments driven by joint torques for forward dyn...
This study used an optimisation procedure to evaluate an 8-segment torque-driven subject-specific co...
This study investigated coordination in dynamic jumping using a forward dynamics computer simulation...
AbstractAll over the world, jumping athletes (male and female) use two techniques in triple jumping ...
The triple jump is an athletic event comprising three phases in which the optimal proportion of each...
Optimisation is often used in an attempt to explain technique adopted in skilled sport performance. ...
In order to maximize the mass center vertical velocity at toe-off and thereby jump height the approa...
This study investigates the effect of approach conditions and takeoff technique on optimum performan...
Running jumps such as the high jump and the long jump involve complex movements of the human body. T...
This study investigated the sensitivity of optimum jumping performances to perturbations in activati...
While experimental studies can provide information on what athletes are doing, they are not suited t...
This study used a computer simulation model to investigate various considerations that affect optimu...
Models of high jumping, high bar circling, swinging on rings, tumbling, diving, twisting and balanci...
Our purpose was to investigate the effects of initial conditions and takeoff technique on the perfor...
Experimental studies of sports technique are inherently problematical. In competitive situations bio...
This study used a subject-specific model with eight segments driven by joint torques for forward dyn...
This study used an optimisation procedure to evaluate an 8-segment torque-driven subject-specific co...
This study investigated coordination in dynamic jumping using a forward dynamics computer simulation...
AbstractAll over the world, jumping athletes (male and female) use two techniques in triple jumping ...
The triple jump is an athletic event comprising three phases in which the optimal proportion of each...
Optimisation is often used in an attempt to explain technique adopted in skilled sport performance. ...
In order to maximize the mass center vertical velocity at toe-off and thereby jump height the approa...