ANALISIS MENENTUKAN TRAFIK TERTINGGI PADA JARINGAN INTERNET STTA MENGGUNAKAN KONSEP JAM SIBUK (BUSY HOUR) DENGAN GUI MATLAB

AWALUDDIN, AWALUDDIN (2019) ANALISIS MENENTUKAN TRAFIK TERTINGGI PADA JARINGAN INTERNET STTA MENGGUNAKAN KONSEP JAM SIBUK (BUSY HOUR) DENGAN GUI MATLAB. Skripsi thesis, Institut Teknologi Dirgantara Adisutjipto.

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Abstract

The internet has become a staple necessity for all groups, especially at universities, both from students, lecturers and staff. On the other hand, the more use of the internet, the higher the increase in traffic. With increasing traffic, it will cause a slow internet network connection. The purpose of this research is to determine the highest traffic on the STTA internet network. Rush hour is used to express a certain hour where the traffic on a network segment is the highest. In the concept of rush hour there are three techniques in determining the highest traffic on the internet network, namely FDMH (Fixed Daily Measurement Hour), ADPH (Average Daily Peak Hour), and TCBH (Time Consistent Busy Hour). The results showed that the highest traffic intensity during working hours, using the FDMH technique, obtained Tx = 303.93 MB, Rx = 37,4126 MB, Packets Tx = 257893,33 pps, Packets Rx = 182157 pps. For ADPH technique, the value of Tx = 349.33 MB, Rx = 52.1531 MB, Packets Tx = 299355,33 pps, Packets Rx = 210154,67 pps. And for TCBH technique, the value of Tx = 273.98 MB, Rx = 22.36 MB, Packets Tx = 237253,67 pps, Packets Rx = 159803,67 pps. As for the highest traffic intensity after working hours using the FDMH technique, the value of Tx = 333.34 MB, Rx = 27.84 MB, Packets Tx = 293749,67 pps, Packets Rx = 205957,33 pps. For ADPH, the value of Tx = 333.34 MB, Rx = 61.42 MB, Packets Tx = 293749,67 pps, Packets Rx = 205957,33 pps. And for TCBH technique, the value of Tx = 333.34 MB, Rx =39.4743 MB, Packets Tx = 293749,67 pps, Packets Rx = 205957,33 pps.

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