Topics
VoIPSoftware
[[abstract]]As VoIP applications become popular over IEEE 802.11-based Wireless Local Area Networks (WLANs), it is important to support fast, seamlesss handoff when a mobile station (MS) roams from one access point (APs) to another. Our goal is to reduce the handoff latency so that the impact of lost packets on a voice conversation is unnoticeable. In this paper, we present a fast handoff solution where an MS can stealthily scan channels of the neighboring APs during a VoIP communication without skipping packet receiption/transmission. Using our method, maybe only one packet is lost during a handoff process on our VoIP test-bed
In this paper, we propose a fast and efficient handoff scheme to handle the movements of mobile node...
Abstract — Ubiquitous networks enabling access by mobile nodes (MNs) at anytime and at any location ...
The limited service range of the access points demands mobile wireless stations to handoff frequentl...
[[abstract]]To guarantee seamless handoffs between access points (APs) is one of the most decisive f...
[[abstract]]To guarantee seamless handoffs between access points (APs) is one of the most decisive f...
[[abstract]]Seamless handoffs with quality of service (QoS) guarantee play a decisive role in the pr...
(WLANs), client stations can move freely, but because of the short range of their Access Points (APs...
It has been a challenging problem to support VoIP-type delay sensitive applications in an 802.11 wir...
As the radio range of access point (AP) in a wireless local area network (WLAN) is about 35 meters, ...
With proliferation of the IEEE 802.11 WLAN and the emerging 802.11n standard, the WLAN is poised as ...
The handoff between Access Points is mandatory in a wireless network. However, the delay cost by the...
With the increasing popularity of devices such as mobile phones and PDAs, there is a higher demand f...
Deployment of Voice-over IP (VoIP) and other real-time streaming applications has been somewhat limi...
Switching a communication path from one Access Point (AP) to another in inter-domain WLANs is a crit...
This paper deals with secure fast handoff among access points (APs) of different IEEE 802.11r mobili...
In this paper, we propose a fast and efficient handoff scheme to handle the movements of mobile node...
Abstract — Ubiquitous networks enabling access by mobile nodes (MNs) at anytime and at any location ...
The limited service range of the access points demands mobile wireless stations to handoff frequentl...
[[abstract]]To guarantee seamless handoffs between access points (APs) is one of the most decisive f...
[[abstract]]To guarantee seamless handoffs between access points (APs) is one of the most decisive f...
[[abstract]]Seamless handoffs with quality of service (QoS) guarantee play a decisive role in the pr...
(WLANs), client stations can move freely, but because of the short range of their Access Points (APs...
It has been a challenging problem to support VoIP-type delay sensitive applications in an 802.11 wir...
As the radio range of access point (AP) in a wireless local area network (WLAN) is about 35 meters, ...
With proliferation of the IEEE 802.11 WLAN and the emerging 802.11n standard, the WLAN is poised as ...
The handoff between Access Points is mandatory in a wireless network. However, the delay cost by the...
With the increasing popularity of devices such as mobile phones and PDAs, there is a higher demand f...
Deployment of Voice-over IP (VoIP) and other real-time streaming applications has been somewhat limi...
Switching a communication path from one Access Point (AP) to another in inter-domain WLANs is a crit...
This paper deals with secure fast handoff among access points (APs) of different IEEE 802.11r mobili...
In this paper, we propose a fast and efficient handoff scheme to handle the movements of mobile node...
Abstract — Ubiquitous networks enabling access by mobile nodes (MNs) at anytime and at any location ...
The limited service range of the access points demands mobile wireless stations to handoff frequentl...
Add to ORKG