Azriel Christian Nurcahyo
Teknologi Informasi, Institut Shanti Bhuana

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Perbandingan Algoritma RED, SFQ, Dan AQM Pada Jaringan Enterprise Dengan Vmware ESXI Dan Router OS Azriel Christian Nurcahyo; Listra Firgia; Ag. Rudatyo Himamunanto
Informasi Interaktif Vol 6, No 3 (2021): Jurnal Informasi Interaktif
Publisher : Universitas Janabadra

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Abstract

The use of the internet network since the covid-19 pandemic is increasingly needed as the backbone of the implementation of mobile technology, websites, and desktops where all of them utilize network infrastructure and servers. The use of the right enterprise network combined with adequate server management results in optimal access and stable network conditions. The more complex the network that is built, the more server needs are needed and the more complicated the queuing algorithm that is built to produce the appropriate access speed and optimal storage. Behind these needs, there are several algorithms that can be implemented to optimize the application of enterprise networks.In this study, the implementation of a comparison between the RED, SFQ, and AQM algorithms on RouterOS and VMware ESXi in an enterprise network, in this case a university-scale internet network, is carried out. RouterOS was chosen because most of the networks in the agency, especially using Mikrotik RouterOS for network management and monitoring, while VMware ESXi is used as a virtualization server that can replace many physical servers into one server by implementing virtualization in it to be more practical and efficient. The implementation of the RED, SFQ, and AQM algorithms was tested during March to July and the results showed that the AQM throughput test value was greater than RED and SFQ by 91.4%, the delay and packet loss test values of AQM were better than RED and SFQ by 7% and 8856 ms.Keywords: VMware ESXi, RED, SFQ, AQM,, routerOS.
SIMULASI DETEKSI DINI BANJIR PADA INTAKE MADI PERUMDAM TIRTA BENGKAYANG BERBASIS IOT Azriel Christian Nurcahyo; Listra Firgia; Candra Gudiato; Maya Sari
Sebatik Vol 26 No 2 (2022): Desember 2022
Publisher : STMIK Widya Cipta Dharma

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.46984/sebatik.v26i2.2069

Abstract

Ketersediaan air bersih di wilayah Kabupaten Bengkayang menjadi tugas dari PERUMDAM Tirta Bengkayang. Namun PERUMDAM Tirta Bengkayang sendiri saat ini masih berjuang dalam meningkatkan mutu layanan yang mana Intake atau sumber airnya, yaitu intake Madi, memiliki permasalahan yaitu banjir luapan air yang sulit terdeteksi akibat semakin banyaknya curah hujan yang tertampung mengakibatkan air memiliki tekanan yang besar dan mempengaruhi nilai ambang batas intake. Alhasil kondisi ini menyebabkan meluapnya air dan akhirnya banjir dan menyebabkan pipa tidak mampu lagi menampung tekanan yang besar dan meledak. Dari keterlambatan untuk mendeteksi luapan air mengakibatkan pipa bocor dan terpaksa intake harus dihentikan sehingga air PDAM alirannya dihentikan ke rumah konsumen. Penelitian ini bertujuan untuk melakukan deteksi pipa yang bocor dengan melakukan simulasi deteksi dini banjir pada intake PERUMDAM Tirta Bengkayang menggunakan proteus dan IoT(Internet of Things) Arduino Uno yang terintegrasi web untuk log. Dari hasil uji simulasi, prototype ini diujikan pada pihak Perumdam Tirta Bengkayang. Nilai rata-rata pengujian dapat mendeteksi dengan akurat hingga 100 cm lebih ketika prototype didemonstrasikan dengan tingkat validitas sebesar 90% pada uji blacbox dan mampu terintegrasi web untuk pencatatan log harian.