Implementation and Analysis of the Hierarchical Token Bucket Method in Network Bandwidth Management (Case Study: Rectorate Network of the Shanti Bhuana Institute)
| Main Authors: | Nurcahyo, Azriel Christian, Firgia, Listra, Mustaqim, Yulianto |
|---|---|
| Format: | Article info application/pdf eJournal |
| Bahasa: | ind |
| Terbitan: |
Institut Shanti Bhuana
, 2021
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| Subjects: | |
| Online Access: |
https://journal.shantibhuana.ac.id/index.php/jifotech/article/view/200 https://journal.shantibhuana.ac.id/index.php/jifotech/article/view/200/137 |
Daftar Isi:
- Menjelang persiapan visitasi online, penambahan prodi S1 Teknologi Informasi dan prodi Pendidikan Guru SD Shanti Bhuana pada Agustus 2020, tentunya diperlukan perombakan dari segi infrastruktur jaringan internet terutama bandwidth dan manajerial. Sejak tahun 2016-2019 jaringan gedung induk rektorat masih menerapkan routing dan login jaringan hot spot menggunakan bandwidth 10 Mbps yang dibagi 50 user secara bersamaan dengan teknik antrian sederhana. Pada tahun 2020 telah dilakukan overhaul jaringan oleh peneliti menggunakan bandwidth 100 Mbps pada jaringan utama, jaringan backup 20 Mbps, dan jaringan publik 5 Mbps dengan penerapan metode Hierarchical Token Bucket. Hasil pemerataan bandwidth dengan rata-rata pemakaian per minggu sebesar 95,35 % dari total throughput 100%, delay dari 177,9 ms menjadi 69,48 ms, packet loss dari 22,67% menjadi 1,67% dan jitter dari 189,4 ms menjadi 14.768 ms. Dengan jaringan HTB yang didistribusikan sesuai prioritas sehingga hingga saat ini overhaul jaringan oleh peneliti masih digunakan dengan backbone terbagi menjadi dua jalur publik RB 1100 AHx4 dan jalur administrasi RB 450G. Kata Kunci — bandwidth, hierchical token bucket, jaringan
- Towards the preparation of the online visitation, the addition of the Information Technology S1 study program and the Shanti Bhuana Elementary School Teacher Education study program in August 2020, of course, an overhaul is needed in terms of internet network infrastructure, especially bandwidth and managerial. Since 2016-2019 the main rectorate building network is still implementing routing and login hot spot networks using a bandwidth of 10 Mbps divided among 50 users simultaneously with a simple queuing technique. In 2020 a network overhaul was carried out by researchers using 100 Mbps bandwidth on the main network, 20 Mbps backup networks, and 5 Mbps public networks with the application of the Hierarchical Token Bucket method. The result of an even distribution of bandwidth with an average usage per week of 95.35% of the total throughput of 100%, delay from 177.9 ms to 69.48 ms, packet loss from 22.67% to 1.67% and jitter from 189.4 ms to 14,768 ms. With HTB networks being distributed according to priority so that until today the network overhaul by researchers is still being used with the backbone divided into two public lines RB 1100 AHx4 and administrative lines RB 450G.