Abstract — Ubiquitous networks enabling access by mobile nodes (MNs) at anytime and at any location will consist of several different WLANs, so that it is very likely that the MN will traverse several hotspots during communication. Thus, a single communication can experience several handovers between WLANs, during which the quality of the communication may be degraded due to packet loss. In the present study, we attempt to develop an effective handover management scheme for VoIP communication in which the quality is sensitive to packet loss. For this purpose, we propose a handover management scheme that employs a transport protocol that supports multiple connections for VoIP communication and that makes handover decisions based upon a new c...
The integration of Mobile IP standard and VoIP functions makes the Mobile Voice over IP (Mobile VoIP...
Different types of wireless network systems have been developed to offer Internet access to mobile e...
Mobile Nodes (MNs) may often suf-fer from performance degradation due to the following two reasons: ...
Switching a communication path from one Access Point (AP) to another in inter-domain WLANs is a crit...
Handoff is a critical function that enables mobile nodes to stay connected to the wireless network b...
In ubiquitous networks, Mobile Nodes (MNs) may often suffer from performance degradation due to the ...
[[abstract]]Third generation(3G) personal wireless communication networks,provide wide range but low...
Abstract—Seamless mobility management which prevents packet loss when mobile terminals (MTs) move is...
In ubiquitous wireless LANs, a mobile node is likely to move between many access points while using ...
[[abstract]]As VoIP applications become popular over IEEE 802.11-based Wireless Local Area Networks ...
International audienceMobile devices are connecting to the Internet through an increasingly heteroge...
Currently, a mobile device equipped with multiple heterogeneous wireless Network Interface Cards (NI...
Wireless local area networks WLAN and Voice over IP technologies enable local low cost wireless tele...
With proliferation of the IEEE 802.11 WLAN and the emerging 802.11n standard, the WLAN is poised as ...
Mobile devices are connecting to the Internet through an increasingly heterogeneous network environm...
The integration of Mobile IP standard and VoIP functions makes the Mobile Voice over IP (Mobile VoIP...
Different types of wireless network systems have been developed to offer Internet access to mobile e...
Mobile Nodes (MNs) may often suf-fer from performance degradation due to the following two reasons: ...
Switching a communication path from one Access Point (AP) to another in inter-domain WLANs is a crit...
Handoff is a critical function that enables mobile nodes to stay connected to the wireless network b...
In ubiquitous networks, Mobile Nodes (MNs) may often suffer from performance degradation due to the ...
[[abstract]]Third generation(3G) personal wireless communication networks,provide wide range but low...
Abstract—Seamless mobility management which prevents packet loss when mobile terminals (MTs) move is...
In ubiquitous wireless LANs, a mobile node is likely to move between many access points while using ...
[[abstract]]As VoIP applications become popular over IEEE 802.11-based Wireless Local Area Networks ...
International audienceMobile devices are connecting to the Internet through an increasingly heteroge...
Currently, a mobile device equipped with multiple heterogeneous wireless Network Interface Cards (NI...
Wireless local area networks WLAN and Voice over IP technologies enable local low cost wireless tele...
With proliferation of the IEEE 802.11 WLAN and the emerging 802.11n standard, the WLAN is poised as ...
Mobile devices are connecting to the Internet through an increasingly heterogeneous network environm...
The integration of Mobile IP standard and VoIP functions makes the Mobile Voice over IP (Mobile VoIP...
Different types of wireless network systems have been developed to offer Internet access to mobile e...
Mobile Nodes (MNs) may often suf-fer from performance degradation due to the following two reasons: ...