Optimal radio access network selection for fast and efficient vertical handover decisions in a
wireless heterogeneous network to provide seamless connectivity to ensure a wide range of …

In order to select the best network in the heterogeneous network for taking better handover
decisions, subjective and objective methods are proposed to calculate the weight of the …

Abstract Multiple Attribute Decision Making (MADM) is one of the best candidate network
selection methods used for Vertical Handover Decision (VHD) in heterogeneous wireless …

In the next generation heterogeneous wireless and mobile networks, the mobile terminal
equipped with a multi-interface may be able to choose an optimal access network anywhere …

Mobile terminals can typically connect to multiple wireless networks which offer varying
levels of suitability for different classes of service. Due to the changing dynamics of network …

Due to a deployment of different networks technologies such as 3G (UMTS, IEEE 802.11),
4G (LTE, IEEE 802.16) and 5G, the users have the opportunity to be connected to Internet at …

Future wireless communication networks will be composed of different technologies with
complementary characteristics. Thus, vertical handover (VHO) must support seamless …

Nowadays, with the evolution of the mobile devices towards a multimode architecture, the
users have the opportunity to utilize a wealth of services across a multitude of radio access …

In wireless heterogenous networks, mobile terminals are covered by different wireless
networks with varying quality of services to ensure the delivery of different classes of …

Technological advances in heterogeneous wireless networks require the optimized solution
for network selection problem considering user, network, and service context. To solve this …