Abstract—Vertical handoff is crucial to future wireless communication and keeps challenging. In this paper, a smart vertical handoff decision algorithm based on queuing theory is proposed. This algorithm formulates the whole heterogeneous wireless area and handoff procedure using queuing theory and proposes a new network selection index called new handoff blocking probability to evaluate the network performance. We also regulate the network architecture to manage the wireless resource effectively. The experimental results show that the proposed algorithm outperforms the traditional algorithm with low handoff blocking probability and a better load balance of the whole wireless environment. Keywords—Wireless resource management, Vertical hand...
Because the increasingly development and use of wireless networks and mobile technologies, was imple...
Abstract-Seamless connectivity, continual service delivery and ubiquitous coverage are essential fac...
According to the characteristics of heterogeneous networks and user demand for seamlessly connection...
Vertical handoff plays an important role to provide seamless connectivity for a mobile user in an ov...
Vertical handoff management is a very complex process in heterogeneous wireless environment. Maximiz...
Abstract — Uncontrollable development of wireless and mobile communication technology aims to provid...
During the vertical handoff procedure, handoff decision is the most important step that affects the ...
Global connectivity, for anyone, at anyplace, at anytime, to provide high-speed, high-quality, and r...
The 4th generation wireless communication systems aim to provide users with the convenience of seaml...
Abstract — The next generation Wireless network (NGWNs) allows the mobile node to access in differen...
Abstract: To provide mobile users with seamless access anywhere and any-time there is a strong need ...
International audienceOne of the goals of next generation wireless networks (NGWNs) refers to the ab...
Abstract-We present in this paper a novel solution to the problem of vertical handoff for wireless n...
Abstract—The next generation wireless networks provide heterogeneous wireless access. This heterogen...
One of the most challenging topics for next generation wireless networks is vertical handoff concept...
Because the increasingly development and use of wireless networks and mobile technologies, was imple...
Abstract-Seamless connectivity, continual service delivery and ubiquitous coverage are essential fac...
According to the characteristics of heterogeneous networks and user demand for seamlessly connection...
Vertical handoff plays an important role to provide seamless connectivity for a mobile user in an ov...
Vertical handoff management is a very complex process in heterogeneous wireless environment. Maximiz...
Abstract — Uncontrollable development of wireless and mobile communication technology aims to provid...
During the vertical handoff procedure, handoff decision is the most important step that affects the ...
Global connectivity, for anyone, at anyplace, at anytime, to provide high-speed, high-quality, and r...
The 4th generation wireless communication systems aim to provide users with the convenience of seaml...
Abstract — The next generation Wireless network (NGWNs) allows the mobile node to access in differen...
Abstract: To provide mobile users with seamless access anywhere and any-time there is a strong need ...
International audienceOne of the goals of next generation wireless networks (NGWNs) refers to the ab...
Abstract-We present in this paper a novel solution to the problem of vertical handoff for wireless n...
Abstract—The next generation wireless networks provide heterogeneous wireless access. This heterogen...
One of the most challenging topics for next generation wireless networks is vertical handoff concept...
Because the increasingly development and use of wireless networks and mobile technologies, was imple...
Abstract-Seamless connectivity, continual service delivery and ubiquitous coverage are essential fac...
According to the characteristics of heterogeneous networks and user demand for seamlessly connection...