In this paper, multiple handoff decision criteria to permit connectivity across UMTS and WLAN/WiMAX under the mobile IP regional registration (MIP-RR) are presented. Handoff decision is based on the predicted received signal strength (RSS) of neighbor networks and dwell time. The merit values of candidate networks are compared to select an optimal network. RSS prediction and handoff decision performances are evaluated. The results illustrate that the proposed vertical handoff decision algorithm and network selection outperforms the other two approaches in reducing voice and data packet delay and increasing the throughput of WLAN/WiMAX. © 2013 IEEE
The over increasing demand for deployment of wireless access networks has made wireless mobile devic...
One of the most challenging topics for next generation wireless networks is vertical handoff concept...
To maximize the traffic capacity of a coverage area, heterogeneous networks were introduced in place...
The next generation of mobile/wireless communication systems is expected to include heterogeneous br...
Received Signal Strength based (RSS) horizontal handoff algorithms have been most commonly used by n...
According to the characteristics of heterogeneous networks and user demand for seamlessly connection...
Today, the advent of heterogeneous wireless networks has caused a revolution in the telecommunicatio...
Different types of wireless network systems have been developed to offer Internet access to mobile e...
Providing a seamless handoff for QoS connections in heterogeneous wireless local networks (WLANs) an...
This paper proposes a novel vertical handoff algorithm between WLAN and CDMA networks to enable the...
Abstract: To provide mobile users with seamless access anywhere and any-time there is a strong need ...
AbstractProviding a seamless handoff for QoS connections in heterogeneous wireless local networks (W...
The 4th generation wireless communication systems aim to provide users with the convenience of seaml...
Abstract: The over increasing demand for deployment of wireless access networks has made wireless mo...
Next generation wireless network is foreseen as the combination of heterogeneous wireless networks c...
The over increasing demand for deployment of wireless access networks has made wireless mobile devic...
One of the most challenging topics for next generation wireless networks is vertical handoff concept...
To maximize the traffic capacity of a coverage area, heterogeneous networks were introduced in place...
The next generation of mobile/wireless communication systems is expected to include heterogeneous br...
Received Signal Strength based (RSS) horizontal handoff algorithms have been most commonly used by n...
According to the characteristics of heterogeneous networks and user demand for seamlessly connection...
Today, the advent of heterogeneous wireless networks has caused a revolution in the telecommunicatio...
Different types of wireless network systems have been developed to offer Internet access to mobile e...
Providing a seamless handoff for QoS connections in heterogeneous wireless local networks (WLANs) an...
This paper proposes a novel vertical handoff algorithm between WLAN and CDMA networks to enable the...
Abstract: To provide mobile users with seamless access anywhere and any-time there is a strong need ...
AbstractProviding a seamless handoff for QoS connections in heterogeneous wireless local networks (W...
The 4th generation wireless communication systems aim to provide users with the convenience of seaml...
Abstract: The over increasing demand for deployment of wireless access networks has made wireless mo...
Next generation wireless network is foreseen as the combination of heterogeneous wireless networks c...
The over increasing demand for deployment of wireless access networks has made wireless mobile devic...
One of the most challenging topics for next generation wireless networks is vertical handoff concept...
To maximize the traffic capacity of a coverage area, heterogeneous networks were introduced in place...