Analisis Perbandingan Metode Simple Queue dengan PCQ dan Queue Tree dengan PCQ dalam Manajemen Bandwidth (Studi Kasus: MTsN 8 Banyuwangi)
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Fakultas Ilmu Komputer
Abstract
The Internet is one of the information technologies that has significantly influenced
various aspects of human life. MTsN 8 Banyuwangi is one of the junior high schools
that has provided internet access to support the education service process. The
available internet network often faces challenges such as unstable and slow
connections when used simultaneously. These issues arise from the high number of
users with different internet needs in each room, without bandwidth restrictions for
individual users. Considering these conditions, bandwidth management is needed
to enhance the efficiency of the available internet network using the Simple Queue
method with PCQ and Queue Tree with PCQ. Both methods will be compared to
determine which one is better suited for implementing bandwidth management at
MTsN 8 Banyuwangi. The comparison of the two methods is conducted by
calculating Quality of Service (QoS) values for several parameters, namely
throughput, delay, jitter, and packet loss. Testing these parameter values uses the
Wireshark application and manual calculations to obtain QoS values in accordance
with TIPHON standards. The results of this research indicate that the Queue Tree
method with PCQ has better performance in simulating bandwidth management on
the internet network at MTsN 8 Banyuwangi compared to the Simple Queue method
with PCQ. The throughput deviation value in the Queue Tree method with PCQ is
lower by 356.2302 compared to the Simple Queue method with PCQ, which is
566,7029. Furthermore, other QoS parameters such as packet loss, delay, and jitter
also show better results in the Queue Tree method with PCQ, with values of 0.39%,
6.46 ms, and 6.46 ms, respectively. In comparison, the Simple Queue method with
PCQ has higher QoS parameter values, namely 0.45%, 6.94 ms, and 6.94 ms.
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Reuploud Repository hasyim Juni 2026
:: Finalisasi Repositori File 3 Juni 2026_Kurnadi
