Abstract – It is well-known that the throughput of wireless mesh networks without frequency re-use decreases as O(1/N), where N is the number of nodes in the network. In this paper we build on this result and obtain expressions for calculating the throughput in IEEE 802.11-based mesh networks without interference. Both expressions for single-frequency and multi-frequency mesh networks are obtained. We compare the analytical results with measurements of the UDP throughput in a real IEEE 802.11 mesh network, and show that our analytical expressions can closely approximate the throughput in real mesh networks. I
The next generation wireless networks experienced a great development with emergence of wireless mes...
Wireless mesh networking (WMN) has seen great research and commercial interests recently. It is cons...
The paper analyzes the influence of stations territorial separation and technological characteristic...
Abstract: In IEEE 802.11-based mesh networks, throughput distribution among nodes is not fair. The t...
We introduce a tractable analytic model of throughput performance for general 802.11 multi-hop multi...
This paper describes an analytical model and an associated algorithm for assessing the throughputs o...
Abstract—Wireless Mesh Networks (WMNs) have gained a lot of attention recently. Due to the character...
Mesh network is gaining importance as the next generation network for many high speed applications s...
Computer Science Despite many years of work in wireless mesh networks built using 802.11 radios, the...
Abstract—This paper focuses on how to determine an upper bound of maximum throughput from mesh clien...
International audienceEvaluating wireless mesh network performances has become a specific challenge ...
Despite many years of work in wireless mesh networks built using 802.11 radios, the performance and ...
Abstract — We address the problem of identifying high throughput paths in 802.11 wireless mesh netwo...
In Wireless Mesh Network (WMN) the mesh nodes (APs) are configured with the same frequency channel c...
Despite many years of work in wireless mesh networks built using 802.11 radios, the performance and ...
The next generation wireless networks experienced a great development with emergence of wireless mes...
Wireless mesh networking (WMN) has seen great research and commercial interests recently. It is cons...
The paper analyzes the influence of stations territorial separation and technological characteristic...
Abstract: In IEEE 802.11-based mesh networks, throughput distribution among nodes is not fair. The t...
We introduce a tractable analytic model of throughput performance for general 802.11 multi-hop multi...
This paper describes an analytical model and an associated algorithm for assessing the throughputs o...
Abstract—Wireless Mesh Networks (WMNs) have gained a lot of attention recently. Due to the character...
Mesh network is gaining importance as the next generation network for many high speed applications s...
Computer Science Despite many years of work in wireless mesh networks built using 802.11 radios, the...
Abstract—This paper focuses on how to determine an upper bound of maximum throughput from mesh clien...
International audienceEvaluating wireless mesh network performances has become a specific challenge ...
Despite many years of work in wireless mesh networks built using 802.11 radios, the performance and ...
Abstract — We address the problem of identifying high throughput paths in 802.11 wireless mesh netwo...
In Wireless Mesh Network (WMN) the mesh nodes (APs) are configured with the same frequency channel c...
Despite many years of work in wireless mesh networks built using 802.11 radios, the performance and ...
The next generation wireless networks experienced a great development with emergence of wireless mes...
Wireless mesh networking (WMN) has seen great research and commercial interests recently. It is cons...
The paper analyzes the influence of stations territorial separation and technological characteristic...