Abstract—Extensive studies on supporting voice traffic over wireless 802.11 networks have been carried out in the literature. Most of them were focused only on one hop infrastructure mode. This paper addresses the issue of voice over multihop wireless networks. Through simulation considering a simple topology, we identify the voice traffic bottleneck in 802.11 MAC and thus propose a Burst Queue (BQ) scheme to cooperate with 802.11b and 802.11e MAC protocols. Extensive simulation results under variety of circumstances show that BQ scheme can support 50 % ∼ 100 % more voice calls and obtain 20 % ∼ 50 % lower delay at the cost of a little higher loss ratio which is tolerable to voice flows. Even for the grid and random topology, our BQ schem...
Abstract-In this paper we consider voice calls in 802.11e infrastructure mode networks. We demonstra...
traffic on the IEEE 802.11 WLAN is notoriously low. VoIP over 802.11 incurs high bandwidth cost for ...
Ad hoc communication is gaining popularity, not only for pure ad hoc communication networks but al...
The quick market growth and ubiquitous acceptance of VoIP are primarily due to cheap service. VoIP s...
Recently, Voice over IP (VoIP) has become an important service for the future internet. However, for...
Voice capacity over IEEE 802.11 networks can be increased with time synchronized medium access, but ...
Abstract—Handling voice traffic in existing WLANs is extremely inefficient, due to the large overhea...
Handling voice traffic in existing WLANs is extremely inefficient, due to the large overhead of the ...
IEEE 802.11-based multihop wireless networks have attracted considerable attention for next-generati...
In this paper we consider voice calls in 802.11e infrastructure mode networks. We demonstrate that i...
Ad hoc communication is gaining popularity, not only for pure ad hoc communication networks but also...
modes of operation, a random access mode for non-real-time data applications, and a polling mode for...
This work is at: The 31st Annual IEEE International Conference on Computer Communications (IEEE INFO...
The 802.11e MAC protocol extends the 802.11 CSMA/CA contention mechanism by allowing the adjustment ...
typically have low-data-rate requirements (e.g., 29.2 Kbps). One may, therefore, expect WLAN to be a...
Abstract-In this paper we consider voice calls in 802.11e infrastructure mode networks. We demonstra...
traffic on the IEEE 802.11 WLAN is notoriously low. VoIP over 802.11 incurs high bandwidth cost for ...
Ad hoc communication is gaining popularity, not only for pure ad hoc communication networks but al...
The quick market growth and ubiquitous acceptance of VoIP are primarily due to cheap service. VoIP s...
Recently, Voice over IP (VoIP) has become an important service for the future internet. However, for...
Voice capacity over IEEE 802.11 networks can be increased with time synchronized medium access, but ...
Abstract—Handling voice traffic in existing WLANs is extremely inefficient, due to the large overhea...
Handling voice traffic in existing WLANs is extremely inefficient, due to the large overhead of the ...
IEEE 802.11-based multihop wireless networks have attracted considerable attention for next-generati...
In this paper we consider voice calls in 802.11e infrastructure mode networks. We demonstrate that i...
Ad hoc communication is gaining popularity, not only for pure ad hoc communication networks but also...
modes of operation, a random access mode for non-real-time data applications, and a polling mode for...
This work is at: The 31st Annual IEEE International Conference on Computer Communications (IEEE INFO...
The 802.11e MAC protocol extends the 802.11 CSMA/CA contention mechanism by allowing the adjustment ...
typically have low-data-rate requirements (e.g., 29.2 Kbps). One may, therefore, expect WLAN to be a...
Abstract-In this paper we consider voice calls in 802.11e infrastructure mode networks. We demonstra...
traffic on the IEEE 802.11 WLAN is notoriously low. VoIP over 802.11 incurs high bandwidth cost for ...
Ad hoc communication is gaining popularity, not only for pure ad hoc communication networks but al...