PERANCANGAN DAN PENERAPAN END DEVICE SEBAGAI SISTEM TRACKING MENGGUNAKAN KOMUNIKASI LONG RANGE (LORA) DENGAN MEMBANDINGKAN PROTOKOL MQTT DAN MODBUS
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Institusion
Universitas Sriwijaya
Author
MUH FAJAR MUHARAM (STUDENT ID : 03041381821032)
Puspa Kurniasari (LECTURER ID : 0016048403)
Puspa Kurniasari (LECTURER ID : 0016048403)
Subject
TK5103.2.S83 Wireless communication systems Wireless LANs
Datestamp
2020-07-27 04:57:53
Abstract :
Internet of Things (IoT) technology has a new technology, one of which is Long Range (LoRa), which is the process of changing a certain periodic wave that makes a signal that can bring an information. This design use Long Range (LoRa) communication which uses 2 protocols namely MQTT and Modbus protocols for comparison in determining parameters in this design result. On technology Long Range (LoRa) devices and this network uses the standard Low-Power Wide-Area Network (LPWAN) with the parameters succesfull rate, latency, Spreading Factor & Power Transmit. The purpose of this design is to compare the quality of data delivery using the above 3 parameters for optimal data transmission, to minimize latency when sending data in the design system. The transmitter or END-device device is a device that has a sensor or data source required by the author for further investigation, in which case the data required is data on the position coordinates of the GPS (Global Positioning System) as well as the moisture level data and air temperature level taken from the sensor DHT22. For the receiver device itself is the device used as a Gateway for each data can be entered and processed in the Antares database. For the data transmission process itself uses the LoRa Communications Protocol (Long Range) with a frequency of 915MHz section of the transmitter and receiver. Meanwhile, for the process of sending data from the Gateway to the Antares Database used two testing methods i.e. the first MQTT communication protocol (Message Queuing Telemetry Transport) which is used to support data transmission in IoT technology (Internet of Things) and both Modbus communication protocols that use cable as their data transmission medium.
Internet of Things (IoT) technology has a new technology, one of which is Long Range (LoRa), which is the process of changing a certain periodic wave that makes a signal that can bring an information. This design use Long Range (LoRa) communication which uses 2 protocols namely MQTT and Modbus protocols for comparison in determining parameters in this design result. On technology Long Range (LoRa) devices and this network uses the standard Low-Power Wide-Area Network (LPWAN) with the parameters succesfull rate, latency, Spreading Factor & Power Transmit. The purpose of this design is to compare the quality of data delivery using the above 3 parameters for optimal data transmission, to minimize latency when sending data in the design system. The transmitter or END-device device is a device that has a sensor or data source required by the author for further investigation, in which case the data required is data on the position coordinates of the GPS (Global Positioning System) as well as the moisture level data and air temperature level taken from the sensor DHT22. For the receiver device itself is the device used as a Gateway for each data can be entered and processed in the Antares database. For the data transmission process itself uses the LoRa Communications Protocol (Long Range) with a frequency of 915MHz section of the transmitter and receiver. Meanwhile, for the process of sending data from the Gateway to the Antares Database used two testing methods i.e. the first MQTT communication protocol (Message Queuing Telemetry Transport) which is used to support data transmission in IoT technology (Internet of Things) and both Modbus communication protocols that use cable as their data transmission medium.
File :
RAMA_20201_03041381821032.pdf
RAMA_20201_03041381821032_TURNITIN.pdf
RAMA_20201_03041381821032_0016048403_01_front_ref.pdf
RAMA_20201_03041381821032_0016048403_02.pdf
RAMA_20201_03041381821032_0016048403_03.pdf
RAMA_20201_03041381821032_0016048403_04.pdf
RAMA_20201_03041381821032_0016048403_05.pdf
RAMA_20201_03041381821032_0016048403_06_ref.pdf
RAMA_20201_03041381821032_0016048403_07_lamp.pdf
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