Abstract—Recent experimental results have shown that the minimum signal-to-interference ratio required at a receiver (CPth) depends on the order of arrivals of overlapping frames, and it is much less when the sender’s frame arrives earlier. With such differentiating capture capable receivers, in this paper we reconsider the optimal choice for carrier sense range rs of wireless nodes. Through simple analysis and simulations we show that rs need not be more than (CPth) 1 α rt, where α is the wireless path loss factor and rt is the nodal communication range. I
Abstract—In the majority of studies on CSMA wireless net-works, a contention graph is used to model ...
A typical wireless sensor network consists of many small sen-sors that collect instrument data aroun...
Abstract—We analyze the carrier sensing and interfer-ence relations between the two wireless links a...
Abstract—Recent experimental results have shown that the minimum signal-to-interference ratio requir...
Aggregate throughput of wireless ad hoc networks is diminished by the presence of hidden terminal pr...
Carrier sensing has been used as an effective way to reduce collisions and exploit spatial reuse in ...
Wireless networks equipped with the CSMA protocol are subject to collisions due to interference. For...
In recent years, wireless ad hoc networks have become increasingly popular in both military and civi...
We investigate the problem of maximizing network capacity sustained by IEEE 802.11 DCF in multi-hop ...
Wireless networks equipped with the CSMA protocol are subject to collisions due to interference. For...
Abstract—Recent experimental studies on physical layer capture in 802.11 based networks have demonst...
Abstract — In wireless ad-hoc networks, whenever a node overhears a frame, the node should defer its...
Abstract – IEEE 802.11 defines physical and virtual carrier sensing mechanisms to avoid interference...
The popularity of wireless access will cause wireless ad- hoc networks to operate with higher node d...
2 This report provides guidelines to set the 802.11 MAC parameters in order to improve the performan...
Abstract—In the majority of studies on CSMA wireless net-works, a contention graph is used to model ...
A typical wireless sensor network consists of many small sen-sors that collect instrument data aroun...
Abstract—We analyze the carrier sensing and interfer-ence relations between the two wireless links a...
Abstract—Recent experimental results have shown that the minimum signal-to-interference ratio requir...
Aggregate throughput of wireless ad hoc networks is diminished by the presence of hidden terminal pr...
Carrier sensing has been used as an effective way to reduce collisions and exploit spatial reuse in ...
Wireless networks equipped with the CSMA protocol are subject to collisions due to interference. For...
In recent years, wireless ad hoc networks have become increasingly popular in both military and civi...
We investigate the problem of maximizing network capacity sustained by IEEE 802.11 DCF in multi-hop ...
Wireless networks equipped with the CSMA protocol are subject to collisions due to interference. For...
Abstract—Recent experimental studies on physical layer capture in 802.11 based networks have demonst...
Abstract — In wireless ad-hoc networks, whenever a node overhears a frame, the node should defer its...
Abstract – IEEE 802.11 defines physical and virtual carrier sensing mechanisms to avoid interference...
The popularity of wireless access will cause wireless ad- hoc networks to operate with higher node d...
2 This report provides guidelines to set the 802.11 MAC parameters in order to improve the performan...
Abstract—In the majority of studies on CSMA wireless net-works, a contention graph is used to model ...
A typical wireless sensor network consists of many small sen-sors that collect instrument data aroun...
Abstract—We analyze the carrier sensing and interfer-ence relations between the two wireless links a...