A combination of mobility, load and services for network selection in heterogenous wireless network

WLAN has been considered as a compliment technology for cellular network in the heterogeneous wireless network. Thus, seamless connection between these technologies play important role as the performance indicator. In this paper, we consider the user's velocity and channel holding time to predi...

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Main Authors: Zaini, Khuzairi Mohd, Shariff, Azizul Rahman Mohd, Madi, Mohammed Kamal M.
Format: Conference Proceeding
Language:English
Subjects:
Algorithms
Channels
Common Radio Resource management (CRRM)
Computer simulation
Conferences
Dwellings
Heterogeneous Wireless network
Local area networks
Network Selection
Networks
Traffic Offloading
Wireless networks
Yttrium
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Shariff, Azizul Rahman Mohd
Madi, Mohammed Kamal M.
description WLAN has been considered as a compliment technology for cellular network in the heterogeneous wireless network. Thus, seamless connection between these technologies play important role as the performance indicator. In this paper, we consider the user's velocity and channel holding time to predict the user's dwelling time in the WLAN area to assist in the initial network selection. Based on the mobility prediction, network load and type of services, the proposed algorithm will select the most suitable radio access network for the user. In addition, we also incorporate the traffic offloading method in order to accept as many users to the system while maintaining the quality of service of the users. Through extensive discrete-event simulation, the results show that the proposed solution has better performance as compared to the location-based (WLAN First) and mobility threshold proposals.
doi_str_mv 10.1109/TENCON.2015.7372919
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source IEEE Xplore All Conference Series
subjects Algorithms
Channels
Common Radio Resource management (CRRM)
Computer simulation
Conferences
Dwellings
Heterogeneous Wireless network
Local area networks
Network Selection
Networks
Traffic Offloading
Wireless networks
Yttrium
title A combination of mobility, load and services for network selection in heterogenous wireless network
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