Applications of Minimax Access-Point Setup Optimization Approach to IEEE802.11ac WLAN at 5GHz

Kyaw Soe Lwin; Zinan Wang; Nobuo Funabiki; MinoruKuribayashi; Wen-Chung Kao

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Applications of Minimax Access-Point Setup Optimization Approach to IEEE802.11ac WLAN at 5GHz

http://hdl.handle.net/20.500.12678/0000006346

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Name / File	License	Actions
Applications of Minimax Access-Point Setup Optimization Approach to IEEE802.11ac WLAN at 5GHz.pdf (1.9 Mb)	© 2018 ICAIT

Publication type
		Conference paper
Upload type
		Publication
Title
	Title	Applications of Minimax Access-Point Setup Optimization Approach to IEEE802.11ac WLAN at 5GHz
	Language	en
Publication date		2018-11-02
Authors
		Kyaw Soe Lwin
		Zinan Wang
		Nobuo Funabiki
		MinoruKuribayashi
		Wen-Chung Kao
Description
		Previously, we have studied the minimax access-point (AP) setup optimization approach to improve the throughput performance of a wireless local-area network (WLAN) with IEEE 802.11n at 2.4GHz. Recently, IEEE802.11ac at 5GHz has become popular due to the much higher data rate, using a larger number of antennas for multiple-input-multiple-output (MIMO), the larger frame aggregation size, the beamforming, and the multi-user-MIMO(MU-MIMO). In this paper, we present the application of the minimax AP setup optimization approach to WLAN for 11ac at 5GHz. First, the throughput performance of this WLAN using MIMO links is investigated and compared with the one for 11n at 2.4GHz. Then, the minimax approach is applied with slight modifications. The effectiveness of our approach for 11ac at 5GHz is confirmed through extensive experiments in three network fields.
Keywords
		Wireless local-area network, access-point setup, MIMO, IEEE 802.11n/ac, throughput estimation model
Conference papers
		ICAIT-2018
		1-2 November, 2018
		2nd International Conference on Advanced Information Technologies
		Yangon, Myanmar
		Wireless and Software Defined Networking
		https://www.uit.edu.mm/icait-2018/