In the next generation multimedia wireless network environment that consists of heterogeneous access technologies, we need to offer the end user with multimedia QoS inside each access network as well as during vertical handoff between them. The vertical handoff algorithm have to be QoS aware, which cannot be achieved by using the traditional RSS as the vertical handoff criteria. In this paper, we propose a new vertical handoff algorithm using the receiving SINR from various access networks as the handoff criteria. By converting the different receiving SINR values, the handoff algorithm can have the knowledge of achievable bandwidths from both access networks, and make handoff decisions with multimedia QoS consideration. Analysis results con...
To guarantee the phenomenon of "Always Best Connection" in heterogeneous wireless networks, a vertic...
Today, the advent of heterogeneous wireless networks has caused a revolution in the telecommunicatio...
The great increase in user demand to roam among various wired and wireless communications networks w...
Next generation heterogeneous wireless networks offer the end users with assurance of QoS inside eac...
Next generation wireless network is foreseen as the combination of heterogeneous wireless networks c...
Next generation wireless network is foreseen as the combination of heterogeneous wireless networks c...
Vertical handoff in next generation heterogeneous wireless networks is a multi-dimensional issue. In...
Next generation wireless network is foreseen as the combination of heterogeneous wireless networks c...
To guarantee the phenomenon of "Always Best Connection" in heterogeneous wireless networks, a vertic...
To guarantee the phenomenon of "Always Best Connection" in heterogeneous wireless networks, a vertic...
To guarantee the phenomenon of "Always Best Connection" in heterogeneous wireless networks, a vertic...
To guarantee the phenomenon of "Always Best Connection" in heterogeneous wireless networks, a vertic...
To guarantee the phenomenon of "Always Best Connection" in heterogeneous wireless networks, a vertic...
During the vertical handoff procedure, handoff decision is the most important step that affects the ...
A heterogeneous network (HetNet) that consists of various wireless networks is being massively studi...
To guarantee the phenomenon of "Always Best Connection" in heterogeneous wireless networks, a vertic...
Today, the advent of heterogeneous wireless networks has caused a revolution in the telecommunicatio...
The great increase in user demand to roam among various wired and wireless communications networks w...
Next generation heterogeneous wireless networks offer the end users with assurance of QoS inside eac...
Next generation wireless network is foreseen as the combination of heterogeneous wireless networks c...
Next generation wireless network is foreseen as the combination of heterogeneous wireless networks c...
Vertical handoff in next generation heterogeneous wireless networks is a multi-dimensional issue. In...
Next generation wireless network is foreseen as the combination of heterogeneous wireless networks c...
To guarantee the phenomenon of "Always Best Connection" in heterogeneous wireless networks, a vertic...
To guarantee the phenomenon of "Always Best Connection" in heterogeneous wireless networks, a vertic...
To guarantee the phenomenon of "Always Best Connection" in heterogeneous wireless networks, a vertic...
To guarantee the phenomenon of "Always Best Connection" in heterogeneous wireless networks, a vertic...
To guarantee the phenomenon of "Always Best Connection" in heterogeneous wireless networks, a vertic...
During the vertical handoff procedure, handoff decision is the most important step that affects the ...
A heterogeneous network (HetNet) that consists of various wireless networks is being massively studi...
To guarantee the phenomenon of "Always Best Connection" in heterogeneous wireless networks, a vertic...
Today, the advent of heterogeneous wireless networks has caused a revolution in the telecommunicatio...
The great increase in user demand to roam among various wired and wireless communications networks w...