In next-generation wireless networks, a user can be connected through MultiMode Device (MMD) to the multiple wireless networks in Heterogeneous Wireless Networks (HWN) considering several factors; including network technology, data service type, available bandwidth, Quality of Service (QoS), monetary cost, etc. To deal with all these multi attributes, game theory based models have been used to point out a better solution. This paper evaluates the techniques, methods, advantages, limitations of some game theory-based models for wireless resource allocation in HWN. Finally, it concludes that the Shapley Value method can be used for further research activities for its efficiency
Heterogeneous wireless networks is a term referring to networks combining different radio access tech...
Abstract—In order to cater for the overwhelming growth in bandwidth demand from mobile Internet user...
In next-generation networks, users can optimize the choice with seamless transfer of different acces...
In next-generation wireless networks, a user can be connected through MultiMode Device (MMD) to the ...
Currently, wireless technologies are becoming more complex all the time, and parameter management be...
AbstractWith respect to the rapidly growing Fourth Generation (4G) wireless communication system, an...
International audienceTo cope with the fast development of decentralized wire- less communications, ...
ABSTRACT A network which is best suited for a user in a heterogeneous wireless environment is select...
The proposed infrastructure of the next generation wireless networks not only contains the centraliz...
Next generation wireless networks are expected to be heterogeneous consisting of several wireless te...
Abstract— The next generation wireless technology systems are being devised with the vision of heter...
The rationale behind the next generation wireless networks is the handling of the recent massive sur...
Wireless access networks are often characterized by the interaction of different end users, communic...
Recent years have witnessed a lot of applications in the computer science, especially in the area of...
The explosive development of mobile data service makes our lives convenient and efficient. However, ...
Heterogeneous wireless networks is a term referring to networks combining different radio access tech...
Abstract—In order to cater for the overwhelming growth in bandwidth demand from mobile Internet user...
In next-generation networks, users can optimize the choice with seamless transfer of different acces...
In next-generation wireless networks, a user can be connected through MultiMode Device (MMD) to the ...
Currently, wireless technologies are becoming more complex all the time, and parameter management be...
AbstractWith respect to the rapidly growing Fourth Generation (4G) wireless communication system, an...
International audienceTo cope with the fast development of decentralized wire- less communications, ...
ABSTRACT A network which is best suited for a user in a heterogeneous wireless environment is select...
The proposed infrastructure of the next generation wireless networks not only contains the centraliz...
Next generation wireless networks are expected to be heterogeneous consisting of several wireless te...
Abstract— The next generation wireless technology systems are being devised with the vision of heter...
The rationale behind the next generation wireless networks is the handling of the recent massive sur...
Wireless access networks are often characterized by the interaction of different end users, communic...
Recent years have witnessed a lot of applications in the computer science, especially in the area of...
The explosive development of mobile data service makes our lives convenient and efficient. However, ...
Heterogeneous wireless networks is a term referring to networks combining different radio access tech...
Abstract—In order to cater for the overwhelming growth in bandwidth demand from mobile Internet user...
In next-generation networks, users can optimize the choice with seamless transfer of different acces...