Uji Performa Sistem Transmisi Data Berbasis Jaringan Pada Remote Laboratory Menggunakan Metode Drive Test

Ardithya, Wildan Raihandra (2022) Uji Performa Sistem Transmisi Data Berbasis Jaringan Pada Remote Laboratory Menggunakan Metode Drive Test. Diploma thesis, Institut Teknologi Sepuluh Nopember.

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Abstract

Dengan kondisi pandemi Covid 19 dan perkembangan teknologi secara pesat, maka perlu praktikum dengan teknologi agar diakseslokasisecara tidak terbatas. Remote Laboratory menjadi inovasi praktikum secara online dengan basis jaringan. Dengan rancangan sistem Remote Laboratory yang dikerjakan adanya hubungan antarjaringan pada sistem tersebut, pada jaringan yang telah dibentuk perlunya menguji performa sistem transmisi data untuk mengukurkualitas sistem transmisi data pada Remote Laboratory yang berbasis jaringan agar mengetahuidari gangguan jaringan. Pada Proyek Akhir ini melakukan analisa transmisi data pada sistem Remote Laboratory menggunakan metode Drive Test untuk mengetahui perfoma dari jaringan pada Remote Laboratory dengan komunikasi TCP/IP. Terdapat beberapa mode analisa pada sistem dengan metode Drive Test dari mengukur sistem tidak memberi sinyal transmisi data pada server, mengukur performa transmisi data I/O modul hingga Server, mengukur performa transmisi dataRemote Terminal Unit hingga server, Lora Gateaway hingga server, hingga pengukuran sistemterintegrasi pada Remote Terminal Unit sebagai Gateaway mengirim data ke server. Pengukuran ini menggunakan parameter QOS (Quality of Service) untuk menentukan performa jaringan transmisi data dengan 2 output Delay dan Packetloss. Hasil uji pada Proyek Akhir ini, Pada sistem Remote Laboratory memiliki rata- rata Delay lokal 118,6 ms dan rata-rata Delay internet 139,3 ms dan rata-rata Packetloss lokal 0% dan rata-rata Packetloss internet 0,8%. Pada transmisi data Remote Terminal Unit memiliki rata-rata Delay lokal 202 ms dan rata-rata Delay internet sebesar 289ms sedangkan rata-rata Packetloss lokal 0% dan rata-rata Packetloss internet 0,8%, untuk transmisi data pada Transmisi data Lora Gateway memiliki rata- rata Delay lokal 26 ms dan rata-rata Delay internet 219ms sedangkan rata-rata Packetloss lokal 0% dan rata-rata Packetloss internet 0,3%. Pada Transmisi data I/O modul memiliki rata- rata Delay lokal 26 ms dan rata-rata Delay internet 139ms sedangkan rata-rata Packetloss lokal 0% dan menggunakan internet rata-rata Packetloss internet 0.37%. Pada Transmisi data Pengaruh Low Signal memiliki rata- rata Delay lokal 214 ms dan rata-rata Delay internet 268ms sedangkan rata-rata Packetloss lokal 0,895% dan rata-rata Packetloss internet 1,5%. Pada transmisi data pengaruh Medium Signal memiliki rata- rata Delay lokal 61 ms dan rata-rata Delay internet 117ms sedangkan rata-rata Packetloss lokal 0,03% dan rata-rata Packetloss internet 0.2%. Berdasarkan hasil yang telah didapat, performa transmisi data tergolong dalam kategori baik menurut standar ITU-T G.144.
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With the conditions of the Covid 19 pandemic and the rapid development of technology, it is necessary to practice with technology so that it is accessible to unlimited locations. Remote Laboratory is an online practicum innovation based on a network. With the design of the Remote Laboratory system, the connection between networks in the system is carried out, on the network that has been formed it is necessary to test the performance of the data transmission system to measure the quality of the data transmission system at the network- based Remote Laboratory in order to find out from network disturbances. In this final project, analyze data transmission on the Remote Laboratory system using the Drive Test method to determine the performance of the network at the Remote Laboratory with TCP/IP communication. There are several analysis modes on the system with the Drive Test method, from measuring the system does not signal data transmission to the server, measuring the performance of data transmission I/O modules to the server, measuring the performance of data transmission from the Remote Terminal Unit to the server, Lora Gateway to the server, to measuring the system. integrated on the Remote Terminal Unit as a Gateway to send data to the server. This measurement uses the QOS (Quality of Service) parameter to determine the performance of the data transmission network with 2 output Delays and packet loss. The test results in this final project, the Remote Laboratory system has an average local Delay of 118.6 ms and an average internet Delay of 139.3 ms and an average local Packetloss of 0% and an average internet Packetloss of 0.8%. In data transmission Remote Terminal Unit has an average local Delay of 202 ms and an average internet Delay of 289ms while the average local packet loss is 0% and the average internet packet loss is 0.8%, for data transmission on Lora Gateway data transmission has the average local Delay is 26 ms and the average internet Delay is 219ms, while the local Packetloss average is 0% and the internet Packetloss average is 0.3%. In data transmission, the I/O module has an average local Delay of 26 ms and an average internet Delay of 139ms, while the average local packet loss is 0% and using the internet the average internet packet loss is 0.37%. In data transmission, the Low Signal effect has an average local Delay of 214 ms and an average internet Delay of 268 ms, while the average local packet loss is 0.895% and the average internet packet loss is 1.5%. In data transmission the effect of Medium Signal has an average local Delay of 61 ms and an average internet Delay of 117ms, while the average local packet loss is 0.03% and the average internet packet loss is 0.2%. Based on the results that have been obtained, the data transmission performance is classified as good according to the ITU-T G.144 standard.

Item Type:	Thesis (Diploma)
Additional Information:	RSEO 629.8 Ard u-1 2022
Uncontrolled Keywords:	Transmisi Data, Remote Laboratory, Drive Test, Modbus TCP/IP, QOS (Quality of Service), Delay dan Packetloss. Online, Data Transmission, Remote Laboratory, Modbus TCP/IP, Wireshark, Delay and Packetloss.
Subjects:	T Technology > TK Electrical engineering. Electronics Nuclear engineering > TK3070 Automatic control
Divisions:	Faculty of Vocational > 36304-Automation Electronic Engineering
Depositing User:	Mr. Marsudiyana -
Date Deposited:	16 Jul 2026 02:43
Last Modified:	16 Jul 2026 02:43
URI:	http://repository.its.ac.id/id/eprint/135168

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