In ubiquitous wireless LANs, a mobile node is likely to move between many access points while using certain applications. However, in the conventional Internet architecture, an MN can never inherently avoid the degradation in communication quality during handover. To achieve seamless handover, we propose a service-oriented mobility management scheme to address application quality. In this article, we first clarify three requirements for achieving seamless handover. We then describe our concept of the service-oriented mobility management scheme, which satisfies all three requirements. Our main contribution is the proposal of a scheme of how to properly use the number of frame retransmissions as a new handover-decision criterion to accomplish...
There is a new trend to consider Distributed Mobility Management (DMM) for flat network architecture...
This thesis proposes a new solution approach for the simultaneous mobility issues in seamless handov...
The proliferation of laptops, cellular phones, and other mobile computing platforms connected to the...
International audienceWireless networks bring a new market to service providers and terminal manufac...
Abstract--In next-generation wireless networks, mobile nodes (MNs) need to freely change their netwo...
Providing seamless IP mobility support is one of the most challenging problems towards a world of mo...
Abstract — Ubiquitous networks enabling access by mobile nodes (MNs) at anytime and at any location ...
As host mobility and radio interference in wireless networks cause packet losses and delays, it is d...
ABSTRACT Due to the mounting requirement for anytime, anywhere network services, we need to integrat...
This paper presents a network architecture able to provide seamless and ubiquitous communication acr...
International audienceIn the new area of heterogeneous environments, roaming users, using multi-inte...
The increasing proliferation of mobile devices along with the evolution of access technologies has ...
Abstract—Seamless mobility management which prevents packet loss when mobile terminals (MTs) move is...
Abstract — Providing handover with guaranteed QoS for real-time multimedia service such as VoIP, vid...
The paper advances a new architecture for seamless roaming, which is implemented at the application ...
There is a new trend to consider Distributed Mobility Management (DMM) for flat network architecture...
This thesis proposes a new solution approach for the simultaneous mobility issues in seamless handov...
The proliferation of laptops, cellular phones, and other mobile computing platforms connected to the...
International audienceWireless networks bring a new market to service providers and terminal manufac...
Abstract--In next-generation wireless networks, mobile nodes (MNs) need to freely change their netwo...
Providing seamless IP mobility support is one of the most challenging problems towards a world of mo...
Abstract — Ubiquitous networks enabling access by mobile nodes (MNs) at anytime and at any location ...
As host mobility and radio interference in wireless networks cause packet losses and delays, it is d...
ABSTRACT Due to the mounting requirement for anytime, anywhere network services, we need to integrat...
This paper presents a network architecture able to provide seamless and ubiquitous communication acr...
International audienceIn the new area of heterogeneous environments, roaming users, using multi-inte...
The increasing proliferation of mobile devices along with the evolution of access technologies has ...
Abstract—Seamless mobility management which prevents packet loss when mobile terminals (MTs) move is...
Abstract — Providing handover with guaranteed QoS for real-time multimedia service such as VoIP, vid...
The paper advances a new architecture for seamless roaming, which is implemented at the application ...
There is a new trend to consider Distributed Mobility Management (DMM) for flat network architecture...
This thesis proposes a new solution approach for the simultaneous mobility issues in seamless handov...
The proliferation of laptops, cellular phones, and other mobile computing platforms connected to the...