Packet loss is a major problem for wireless networks and has significant effects on the
perceived quality of many internet services. Packet loss models are used to understand the …

Technical reports indicate that wireless and mobile devices will account for 71% of all IP
traffic by 2022, an increase of 19% over four years. This increase is related to advances in …

In this paper we evaluate different models for packet losses in wireless networks. The used
model framework is given by extended Gilbert models, which are generalizations of the well …

Addressing performance related issues of networks and ensuring better Quality of Service
(QoS) for end-users calls for simple, tractable and realistic traffic models. The work reported …

A wireless indoor network model coping with packet loss and packet arrival is proposed.
This novel model is compared to the well known Gilberi-Elliott (GE) model. The proposed …

A number of applications can benefit from estimating future loss statistics. For instance, if the
end-to-end loss characteristics of a path can be well approximated in advance, then a media …

This article presents an analysis of packet losses in IEEE 802.11 networks under indoor
environment constraints, and shows how the Gilbert-Elliot model fails to represent packet …

Wireless networks play a pivotal role in various domains, including industrial automation,
autonomous vehicles, robotics, and mobile sensor networks. This research investigates the …

Wireless networks are the most common way to access the Internet, with more than 10
billion Wi-Fi devices already sold. Wireless connections suffer from problems related to …

Several studies have analyzed traffic traces collected from real world deployments of
wireless networks. The vast majority of these studies have employed descriptive statistics …