Analysis of Igrp Performance in WDS Mesh Topology Based on Ieee 802.11 Standards

Wireless network is a technology that uses two devices to exchange data without the need for cables to transmit data, so this wireless network technology very popular nowadays both in personal use and in industrial use. This design is based on the increasing demand for data and technology. Therefore PT. Sepatu Bata (Tbk), requires the development of a computer network that can be developed easily and flexibly. Design and design of VLAN network technology using OSPF Routing Protocol at PT. Bata TBK shoes use a packet tracer. One alternative that can be used is an attempt to use Virtual Local Zone Network technology (VLAN), with the hope of sharing better results than LAN. VLAN a logical function of the switch, which is a special function configured for use software features. This function will divide the network into virtual networks that physically still connected to the same switch. With this function, computer technology can be made without depending on physical location, but based on needs and uses. VLANs can be used make flexible network arrangements with ministry segmentation match industry and can only broadcast to certain groups without relying on workstation position, besides the purpose of this study is to design a new network that more optimally by using a VLAN network with the OSPF routing protocol

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“…OSPF isdeveloped using Dijkstra's Shortest Path First (SPF) algorithm . OSPF morecomplex compared to EIGRP [4].…”

Section: Ospf (Open Shortest Path First)mentioning

confidence: 99%

Design of a VLAN-Based Wireless Network Based on IEEE 802.11 Employing OSPF (Open Shortes Path First) at PT. Sepatu Bata (Tbk)

Subekti

Kristantini

Khair³

et al. 2021

ijics

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Performance Analysis of Wireless Local Area Network Using Router Tenda N-300

Waluyo

Erik²,

Astuti

2019

Compiler

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Today's wireless communication system is a trend for the information society. This is inseparable from communication needs with high mobility and low costs. One of them is the Wireless Local Area network with the IEEE 802.11 standard. Wireless LAN is a communication technology that uses radio wave transmission media by utilizing free space as a transmission line. The transmitted signal is strongly influenced by distance, frequency, transmitter power, receiver sensitivity, and antenna gain. A loss occurs in the process of transmitting data from the sender to the recipien. In order to no loss that occurs, it requires a good performance, and a wide coverage area. The purpose of this study is to analyze the QoS data, calculate the coverage area, receiver power, and compare the results of theoretical calculations with the measurement results. So that these result used to measure the estimated quality of the network and to ensure that there are no loss data in the data transmission from the transmitter to the receiver. The analysis results show the average throughput for each data rate of 6 Mbps, 15 Mbps and 35 Mbps at 383.8 kbps, 328.2 kbps and 329.8 kbps. The average delay is 5.28 ms, 4.81 ms and 4.66 ms. The average packet loss is 2.83% ms, 2.66% ms and 2.16% ms. The average jitter is 0.036 ms, 0.032 ms and 0.014 ms. Conclusion in this research for the given data rate, the result of QoS test showed the throughput, delay, jitter, and packet loss is very good and there are no loss data in the data transmission.

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VLAN Wireless Performance Analysis Of Central Access Point Management Topology According to the IEEE 802.11 Standard

Wicaksono

Setiawan

2019

Compiler

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Wireless network distribution is the right solution to disseminate network services in places and areas that are difficult to reach by cable networks. The effort to add a number of access points is intended to increase the coverage area of a network service so that the signal coverage can be even and broad. The development and improvement of wireless network users have made management and user management activities not easy, because of the way wireless technology works in the operational delivery of its packages, sorting and dividing the packages into 3 parts. Among them are packaged in the form of management, control, and data. Whereas if the management prioritizes data without considering management and control, the emergence of vulnerability in network distribution activities will occur when users are increasingly populated. To facilitate the flexibility and mobility of centralized wireless network users, this study utilizes VLANs that will be implemented at OSI Layer 2 to facilitate the classification of user-profiles, subnetting, securing, and roaming features between access point devices and their users. This research in its testing uses QoS parameters that refer to ITU G.165 / G.168 to monitor the quality of services provided. The parameters used in the measurement of interconnection include Throughput, Packet Loss Ratio, Latency, Jitter, and Delay. If the test is declared successful and complete, it is continued by analyzing and evaluating the results of the study in the hope that the system will successfully cluster the users based on the user characteristic dataset

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Analysis of Igrp Performance in WDS Mesh Topology Based on Ieee 802.11 Standards

Cited by 3 publications

References 2 publications

Design of a VLAN-Based Wireless Network Based on IEEE 802.11 Employing OSPF (Open Shortes Path First) at PT. Sepatu Bata (Tbk)

Design of a VLAN-Based Wireless Network Based on IEEE 802.11 Employing OSPF (Open Shortes Path First) at PT. Sepatu Bata (Tbk)

Performance Analysis of Wireless Local Area Network Using Router Tenda N-300

VLAN Wireless Performance Analysis Of Central Access Point Management Topology According to the IEEE 802.11 Standard

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