Interference is a crucial factor that impacts the overall throughput performance of IEEE
802.11-based wireless networks. As such, understanding interference characteristics is …

In 802.11-based wireless networks, the ability to accurately predict the impact of interference
via the use of an interference model is essential to better and more efficient channel …

In Wireless Local Area Networks (WLANs), the estimation of interference conditions at a
receiving node and the determination of interference relations among different wireless …

Recent findings have revealed that the carrier-sensing range set in current major
implementations does not detect all interference signals in 802.11 networks. In this paper …

Signal to interference plus noise ratio, SINR, is one of the main factors that affects the quality
of wireless communication. While the impact of white Gaussian noise on a wireless channel …

The impact of interference on the throughput of a multihop path in a wireless network is
studied in this paper. Interference is caused due to packets of the same end-to-end flow …

IEEE 802.11 wireless local area networks that span large buildings or campuses must
comprise multiple cells, several of which must necessarily be cochannel cells. It can be …

We introduce a linear measurement-based method for interference estimation in wireless
mesh networks. The approach is based on measuring the channel occupancy and requires …

Interference is an inherent property of wireless multihop networks. Adding interference-
awareness to their control functions can significantly enhance the overall network …

The IEEE 802.11 ad standard allows wireless devices to operate in the unlicensed spectrum
band of 60 GHz. By utilizing the channel with 2.16 GHz width, the devices are able to …