Wireless Design And Optimization For Telkom University Landmark Tower (Tult) Floor 1 To 3 In 5ghz Frequency Based On Capacity And Workload Using The Ppdioo Method
Abstrak
Abstract - Wireless Local Area Network (WLAN) is a type of network that uses wireless technology to connect devices so
they can connect to the internet. Wireless LAN network is
already a standard facility in various public places, especially
campuses. WLAN is used to connect to the internet because it
has high bandwidth, low delays, and minimizes power
consumption. Telkom University Landmark Tower (TULT) building is a
building that was built at a height of 19 floors and is a smart
building-based lecture building that supports the concept of go
green. TULT building applies the 5GHz band frequency to
provide internet access to people who use it. However, the
performance of the WLAN is not satisfactory, with several problems such as capacity or workload for daily use of user
access activity. To overcome these problems, it is necessary to optimize the
design and performance of WLANs operating in the TULT
Building. The author focused on the research on the 1st to 3rd
floors of the TULT Building. The method that can be done is to
use the Plan, Prepare, Design, Implement, Operate, and
Optimize (PPDIOO) method. By using the PPDIOO method in
optimizing the 5GHz WLAN in the TULT Building, problems that impact network performance can be identified and
resolved. With a focus on studying the capacity or workload to optimize 5GHz WLAN in the TULT Building floors 1 to 3.
Keywords — 5ghz Wi-Fi, Telkom University Landmark
Tower, Network Performance, Network Coverage, Quality Of Service (Qos), Network Infrastructure
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