Mr Sugiharto’s scientific contributions

... The role of aerobic capacity in fatigue development during training sessions for young gymnasts further supports the need for a well-rounded training regimen that includes endurance training to enhance performance and delay fatigue (Sawczyn, et al, 2018). Moreover, the study on the dominant factors of physical ability determining the achievement of artistic gymnastic techniques highlighted the importance of leg muscle strength, which is vital for executing complex aerobic gymnastics routines (Qomarrullah, et al, 2018). ...

Reference:

Designation of Battery Test to Evaluate Aerobic Gymnastic Athlete’s Performance

... The behavioral underpinnings of an accurate pass and kick have been analyzed with manifold variables such as muscular activity of the kicking leg [26], different kicking techniques [27] and biomechanics of different body segments [28,29]. Although these variables may provide important descriptive dynamics associated with accurate passes, they may lack information about higher-level processes promoting advanced passing behavior in football. ...

Reference:

Behavioral and cortical dynamics underlying superior accuracy in short-distance passes

... Thus, to summarize all the analyses, Subject C has the fastest reaction time, highest kick impact force, and the most flexible among the subjects recruited, whereas Subject A has the slowest reaction time, lowest kick impact force, and lowest flexibility index throughout the whole SRT task. In addition, Subject C achieved the highest kick impact force might be due to the highest flexibility of the leg as there was a significant relationship between the force of the leg and the leg's flexibility [12]. Besides that, it can be concluded that 75 % of the participants were more responsive towards green LED as compared with yellow and red LEDs in the SRT task in terms of reaction time. ...

Reference:

IoT-Based Instrumentation Development for Reaction Time, Kick Impact Force, and Flexibility Index Measurement