Monitoring perlombaan jalan cepat menggunakan metode master slave
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Institusion
Universitas Merdeka Malang
Author
Wangge, Ferdinandus
Subject
Datestamp
2020-10-09 01:56:35
Abstract :
Allegations of cheating that occurred in one of the SEA Games sports that were held in Malaysia originating from the women's group's fast-road sports. A fast road race monitoring tool is needed as a referee tool to help reduce fraud, in this study the system was built using Arduino nano, piezoelectric sensors and HC-12 modules, using 3 pairs of shoes as slaves and one master, display using Delphi 7 as monitoring. The method used is the master-slave method, all data from the sensor is collected by the master module before sending it to the master module. In the test results the amount of pressure that can be obtained is the most pressure occurs on sensors 4.5, and 6 in the second user because users use the footrest of the back with the reading value of two left shoe users the amount of pressure on sensor four is 155 pressure, sensor five is 157 pressure and sensor six is 154 pressure and on the right shoe two sensor four is 154 pressure, sensor five is 156 pressure and sensor six is 152 pressure. In the monitor display, incoming data will determine the user is brisk walking or running. The user is considered to walk briskly if one of his sensor shoes gets pressure or a value of 1, whereas if the sensor is not under pressure or a value of 0 then the user is considered to run.
Allegations of cheating that occurred in one of the SEA Games sports that were held in Malaysia originating from the women's group's fast-road sports. A fast road race monitoring tool is needed as a referee tool to help reduce fraud, in this study the system was built using Arduino nano, piezoelectric sensors and HC-12 modules, using 3 pairs of shoes as slaves and one master, display using Delphi 7 as monitoring. The method used is the master-slave method, all data from the sensor is collected by the master module before sending it to the master module. In the test results the amount of pressure that can be obtained is the most pressure occurs on sensors 4.5, and 6 in the second user because users use the footrest of the back with the reading value of two left shoe users the amount of pressure on sensor four is 155 pressure, sensor five is 157 pressure and sensor six is 154 pressure and on the right shoe two sensor four is 154 pressure, sensor five is 156 pressure and sensor six is 152 pressure. In the monitor display, incoming data will determine the user is brisk walking or running. The user is considered to walk briskly if one of his sensor shoes gets pressure or a value of 1, whereas if the sensor is not under pressure or a value of 0 then the user is considered to run.
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