Wi-Fi Capacity Analysis for 802.11ac and 802.11n: Theory.
WHITE PAPER: Upgrading your network and WLANs can be a daunting task but the benefits of 802.11ac cannot be over looked. This guide offers 5 simple steps towards a successful 802.11ac migration and how it will better equip your organization.
This paper presents an adaptive network mechanism for a smart farm system by using LoRaWAN and IEEE 802.11ac protocols. Generally, the internet of things (IoT) system for agriculture application is used in an environment where significant interferences can occur. These interferences can disrupt the network performance of the system. In this paper, an adaptive network mechanism is designed to.
ABI Research and IDC both confirm that enterprises have switched over to buying 11ac more quickly than they did when 802.11n was introduced. In the first half of 2016, 802.11ac accounted for almost 60% of enterprise AP shipments. With 802.11ac Wave 2 access points readily available, it remains to be seen whether enterprises will do the same with Wave 2 products. It largely depends on whether.
IEEE 802.11ac is an emerging standard that operates in 5GHz frequency band and provides high data rate as compared to IEEE 802.11n. In this paper we carry out experiments in a real indoor environment and quantify the gain in average throughput provided by IEEE 802.11ac compared to IEEE 802.11n in the presence of interference caused by other IEEE 802.11n sources.
We compare between the Throughput performance of IEEE 802.11n and IEEE 802.11ac under the same PHY conditions and in the three aggregation schemes that are possible in the MAC layer of the two protocols. We find that for an error-free channel 802.11ac outperforms 802.11n due to its larger frame sizes, except for the case where there is a limit on the number of aggregated packets.
IEEE 802.11ac, is one of the latest Wi-Fi standards that have been established upon 802.11n, and the objective of this paper is to view its performance on how it can be used as a security enhancing platform.
For his doctoral research, Ali has subsequently ended up focusing on an amendment in this area. Summarized in a paper called, “Access Point Controlled MAC (A-MAC) Protocol for Uplink Multi-User Transmission in IEEE 802.11ac,” Ali says the approach honed at Ryerson proposes an efficient “Access Point controlled MAC (A-MAC) protocol enabling concurrent multiple uplink transmissions for.