Identification, Taxonomy and Performance Assessment of Type 1 and Type 2 Spin Bowling Deliveries with a Smart Cricket Ball [PDF]
Sensors, 2023 Spin bowling deliveries in cricket, finger spin and wrist spin, are usually (Type 1, T1) performed with forearm supination and pronation, respectively, but can also be executed with opposite movements (Type 2, T2), specifically forearm pronation and ...
René E. D. Ferdinands +2 more
doaj +5 more sources
Mobile Computing with a Smart Cricket Ball: Discovery of Novel Performance Parameters and Their Practical Application to Performance Analysis, Advanced Profiling, Talent Identification and Training Interventions of Spin Bowlers [PDF]
Sensors, 2021 Introduction: Profiling of cricket bowlers is performed with motion analyses systems that require the placement of markers on the bowler’s body and on the ball.
Franz Konstantin Fuss +2 more
doaj +6 more sources
Identification of Spin Bowling Deliveries with an Advanced Smart Cricket Ball [PDF]
SensorsThe type of throw of a spin bowler can be analysed in the laboratory using a motion analysis system. However, there is still no method to determine the type of throw using other means and less effort.
Franz Konstantin Fuss +2 more
doaj +4 more sources
The Biomechanics of Converting Torque into Spin Rate in Spin Bowlers Analyzed with a Smart Cricket Ball. [PDF]
Indian J Orthop, 2023 Abstract Background In previous studies that analyzed the biomechanics of spin bowling with a smart cricket ball, it was evident that not all the torque applied to the ball was converted into spin rate, with varying losses among different bowlers. This study aims to investigate the factors contributing to these losses.
Fuss FK, Doljin B, Ferdinands RED.
europepmc +6 more sources
Bowling Performance Assessed with a Smart Cricket Ball: A Novel Way of Profiling Bowlers [PDF]
Proceedings, 2020 Profiling of spin bowlers is currently based on the assessment of translational velocity and spin rate (angular velocity). If two spin bowlers impart the same spin rate on the ball, but bowler A generates more spin rate than bowler B, then bowler A has a
Franz Konstantin Fuss +2 more
doaj +2 more sources
Assessment and Measurement of the Side-Effects of an Evidence-Based Intervention with an Advanced Smart Cricket Ball Exemplified by a Case Report on Correcting Illegal Bowling Action [PDF]
SensorsCorrecting an illegal bowling action in cricket through technical intervention involves modifying a movement pattern. This study evaluated the success of an intervention aimed at correcting the suspect actions of two off-spin bowlers and assessed whether
René E. D. Ferdinands +2 more
doaj +2 more sources
Effect on Bowling Performance Parameters When Intentionally Increasing the Spin Rate, Analysed with a Smart Cricket Ball [PDF]
Proceedings, 2018 A smart cricket ball was used to investigate the influence of increased spin rate on the bowling performance parameters. In three spin bowlers, the performance parameters were compared before and after increasing the spin rate. The first bowler increased
Franz Konstantin Fuss +2 more
doaj +2 more sources
Calculation of the Point of Application (Centre of Pressure) of Force and Torque Imparted on a Spherical Object from Gyroscope Sensor Data, Using Sports Balls as Practical Examples [PDF]
SensorsThis study investigates the determination of the centre of pressure (COP) on spherical sports objects such as cricket balls and footballs using gyroscope data from Inertial Measurement Units (IMUs).
Franz Konstantin Fuss +2 more
doaj +2 more sources
Proceedings, 2018 In the off-spin bowling grip, the ball is clamped between index and middle fingers. Spin bowlers attempt to select a spread angle between these two fingers that achieves comfort and optimises performance.
Franz Konstantin Fuss +2 more
doaj +2 more sources
The Effectiveness of a Primary School Based Badminton Intervention on Children’s Fundamental Movement Skills [PDF]
, 2020 This study examined the effects of the Badminton World Federation (BWF) Shuttle Time program on fundamental movement skills (FMS) in English children. A total of 124 children; 66 in key stage 1 (ages 6–7 years) and 58 in key stage 2 (10–11 ...
Duncan, Michael +4 more
core +1 more source