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 …

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 …

This paper presents robust empirical path loss models to characterize indoor propagation for
access point (AP) deployed at different heights. The proposed models are developed with …

We investigate the performance of the IEEE 802.11 e while emphasizing on the end-to-end
delay performance. In our MAC delay analysis, we are based on elementary conditional …

IEEE 802.11 e standard has been recently published to introduce quality of service (QoS)
support to the conventional IEEE 802.11 wireless local area network (WLAN). Enhanced …

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 …

The purpose of this study is to develop an indoor empirical path loss prediction model for
IEEE 802.11 n network at 2.4 GHz. As 802.11 n features Multiple-Input Multiple-Output …

An IEEE 802.11 af indoor trial experiment has been conducted in the Ofcom pilot program of
the United Kingdom. This paper describes an indoor propagation characterization and …

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 …

Among the IEEE 802.11 models proposed in the literature most concentrate solely on
homogeneous traffic sources (ie, with the same arrival rate) and there are only a few which …