Abstract—Network Selection mechanism in 4G mobile networks is a newly introduced mechanism that handles the selection of the best network to satisfy a service request. Network Selection needs to take part prior to admission of the service in a particular access network participating in the 4G system. This paper proposes to model this decision using a game theoretic approach; specifically defining a game between the access networks themselves, competing in a non-cooperative manner to maximize their payoff. The outcome of the game is a decision of which subset of the set of service requests made to the 4G converged system should be admitted by each access network
Abstract—Future envisions universal and uninterrupted ac-cess to information owing to the widespread...
In this paper, we outline various tools from the theory of non-cooperative games for studying compet...
One of the most important issues in wireless local area network (WLAN) systems with multi-ple access...
In order to cater for the overwhelming growth in bandwidth demand from mobile Internet users operato...
Abstract—In order to cater for the overwhelming growth in bandwidth demand from mobile Internet user...
The present thesis work is motivated in the recent developments of wireless access technologies, whi...
Current and future wireless environments are based on the coexistence of multiple networks supported...
Abstract—Wireless access networks are often characterized by the interaction of different end users,...
In next-generation networks, users can optimize the choice with seamless transfer of different acces...
This paper addresses the problem of network selection, which arises when wireless mobile users can c...
This paper addresses the problem of network selection, which arises when wireless mobile users can c...
Wireless access networks are often characterized by the interaction of different end users, communic...
This paper proposes a novel dynamic network selection mechanism in cooperative heterogeneous wireles...
International audienceDuring the last years the problem of network selection in wireless heterogeneo...
International audienceThis paper presents a load-aware network selection model to help users to dete...
Abstract—Future envisions universal and uninterrupted ac-cess to information owing to the widespread...
In this paper, we outline various tools from the theory of non-cooperative games for studying compet...
One of the most important issues in wireless local area network (WLAN) systems with multi-ple access...
In order to cater for the overwhelming growth in bandwidth demand from mobile Internet users operato...
Abstract—In order to cater for the overwhelming growth in bandwidth demand from mobile Internet user...
The present thesis work is motivated in the recent developments of wireless access technologies, whi...
Current and future wireless environments are based on the coexistence of multiple networks supported...
Abstract—Wireless access networks are often characterized by the interaction of different end users,...
In next-generation networks, users can optimize the choice with seamless transfer of different acces...
This paper addresses the problem of network selection, which arises when wireless mobile users can c...
This paper addresses the problem of network selection, which arises when wireless mobile users can c...
Wireless access networks are often characterized by the interaction of different end users, communic...
This paper proposes a novel dynamic network selection mechanism in cooperative heterogeneous wireles...
International audienceDuring the last years the problem of network selection in wireless heterogeneo...
International audienceThis paper presents a load-aware network selection model to help users to dete...
Abstract—Future envisions universal and uninterrupted ac-cess to information owing to the widespread...
In this paper, we outline various tools from the theory of non-cooperative games for studying compet...
One of the most important issues in wireless local area network (WLAN) systems with multi-ple access...