The Effect of the Artificial Intelligence Techniques Towards Psychomotor Performance Modelling to Improve Sports Performance in Karate
Issue:
Volume 10, Issue 3, September 2022
Pages:
35-40
Received:
24 June 2022
Accepted:
12 July 2022
Published:
29 August 2022
DOI:
10.11648/j.acis.20221003.11
Downloads:
Views:
Abstract: The study aims to: Recognize how artificial intelligence techniques affect psychomotor performance modeling to improve sports performance in karate and it is important to help the practitioner improve the implementation of the specific technique, such as performance, energy consumed, skill strength, acceleration and correct posture. Improving psychokinetic modelling, in quantitative, where research is currently focused on detecting posture or shocking movements, but not on the implementation of techniques, improving interactive design to make virtual reality more realistic environment and building smart environments that provide multiple senses with reactions. The researcher used the descriptive method. The sample of the study was chosen in a random way, represented by karate players in Kafr El-Sheikh region, where they numbered (10) player. Especially with the skill of Ura mawashi grei, the recommendations were to provide those techniques in various sports field Conclusions Through the study, it is necessary to provide customized smart support in karate training so that we can create kinetic self-modeling and this was demonstrated through the techniques that were used in the analysis for modeling work, and this helps the coaches to improve sports performance through the analysis of that sport and the special skill of the study URA MAWASHI GERI), and the modeling of the skill of URA MAWASHI GERI came to give a kind of ideal for that skill and to be an example for others, we provide a deep learning computer vision algorithm (Open Pose) to predict the opponent’s movement in the counterattack, an analysis of the player’s psycho-kinetic state through the emotional state of his face Discount during performance.
Abstract: The study aims to: Recognize how artificial intelligence techniques affect psychomotor performance modeling to improve sports performance in karate and it is important to help the practitioner improve the implementation of the specific technique, such as performance, energy consumed, skill strength, acceleration and correct posture. Improving psych...
Show More
Design and Application of Inspection Robot Control System Based on Motion Controller
Issue:
Volume 10, Issue 3, September 2022
Pages:
41-48
Received:
18 September 2022
Accepted:
24 October 2022
Published:
27 October 2022
DOI:
10.11648/j.acis.20221003.12
Downloads:
Views:
Abstract: This paper introduces a new motion control system for inspection robot, which can be used to detect and track turbine blades effectively. In the long-term operation process of steam turbine in nuclear power plant, it will not only bear the problems of high temperature and high pressure caused by rotor rotation, but also have to bear the additional stress caused by vibration caused by rotation. These problems may cause damage to the steam turbine rotor, which have a big hidden danger of safety. Therefore, it is important to inspect and evaluate equipment condition frequently. In view of the progress of robotics research, it is suggested to develop a control system of steam turbine rotor autonomous detection robot, in which the DMC-2143 motion controller is used as the control unit of the whole system, the servo motor is the execution unit, and the PC is the support unit. Then, according to the task needs, relevant detection tools are equipped to detect any defects that may exist on the turbine blades. Finally, the defect information is forwarded to the robot's controller for subsequent maintenance work. The fully developed robot was experimentally evaluated on a real-world turbine blade, and the results obtained were very promising. The whole system has significantly improved the inspection quality and efficiency of the turbine rotors in the nuclear power plant, and ensures the safe operation of the turbine rotors in the nuclear power plant.
Abstract: This paper introduces a new motion control system for inspection robot, which can be used to detect and track turbine blades effectively. In the long-term operation process of steam turbine in nuclear power plant, it will not only bear the problems of high temperature and high pressure caused by rotor rotation, but also have to bear the additional ...
Show More
