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 …

Analytic performance of IEEE 802.11 distributed coordination function that takes into account
hidden node problem and unsaturated traffic condition is presented for symmetric networks …

In this paper we develop a cross-layer analytical approach from both the physical layer and
the medium access control (MAC) layer to evaluate the performance of the IEEE 802.11 …

This paper evaluates throughput of IEEE 802.15. 4 network under the interference of a
saturated IEEE 802.11 network using an analytic method. Packet losses due to both …

Physical carrier sense for wireless multihop networks has attracted a certain degree of
attention since it is a simple yet important mechanism for distributed channel access. Some …

This paper presents a novel analytical model for wireless ad hoc networks. Based on the
strong points in the literature, an accurate performance model for IEEE 802.11 MAC protocol …

In a multihop wireless mesh network, interference among links has a significant impact on
the link capacity. Thus, characterizing the interference is critical in understanding and …

The paper discusses analytical models for the estimation of channel utilization and media
access delay for IEEE 802.11 ad hoc networks in finite load conditions in the presence of …

The MAC layer of the IEEE 802.11 standard deploys a CSMA/CA protocol to regulate the
access to the shared medium. Not only other IEEE 802.11 stations but also non-IEEE 802.11 …

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 …