SISTEM PARKIR BERBASIS RTOS
Joshua Yosafat, Ignasius Igor Irendy, Ryan Ananda Setiawan
The purpose of this research is to design a Parking Guidance System (PGS) for UBINUS Anggrek Campus’ parking buiding by implementing Real Time Operating System (RTOS), PIC32, Communication Protocol RS485, and ultrasonic sensor. The system design conists of several main parts, which areMaster Controller (PC) as the main system controller, Sensor Controller as thecontroller for three ultrasonic sensors, and also RS485-to-RS232 Converter as the data communication converter from Sensor Controller to Master Controller (PC), vice versa. The experiments that will be done consists several things, such as measuring and researching UBINUS Anggrek Campus’ parking building, measuring the range that can be measured by sensor, determining the safest distance for sensor to avoid interference, and also measuring the time needed for Master Controller to update data from Sensor Controllers.The result shows that this system can be implemented well in UBINUS Anggrek Campus’ parking building without worrying any interference that might occur and sensor can measure well in a distance of 10 – 280 cm. Implementing RTOS into Parking Guidance System (PGS) can update data from each Sensor Controller with the average time of 1045 ms from the scale of 133 – 2600 ms. Besides that, one PIC32 can control three ultrasonic sensors reliably because of the task scheduling.
Kata kunci: Parking Guidance System (PGS), Master Controller, Sensor Controller, RS485, FreeRTOS
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