We introduce some game theoretic notions of fairness and robustness in determining power allocations for the multiple access channel. We describe a procedure, the wireless fair-share protocol (WFS) which satisfies a strong fairness requirement and in the case where devices have “elastic demands” leads to games with unique and non-manipulable Nash equilibria. When there are multiple channels, the Nash equilibrium are also efficient in the allocation of power among the channels
In this chapter we consider the effect of selfishness on distributed MAC protocols in wireless loc...
This chapter is dedicated to the study of distributed resource allocation problems in wireless commu...
Proportional fair resource allocation can be interpreted as a symmetric Nash bargaining game associa...
This paper examines the theoretical aspects of bandwidth sharing in wireless, possibly mobile, ad-ho...
The fundamental principle of multiuser diversity states that it is possible to achieve a significant...
High-data-rate applications operating wirelessly can greatly increase energy consumption of wireless...
A game-theoretic model is proposed to study the cross-layer problem of joint power and rate control ...
Channel allocation is a crucial concern in variable-width wireless local area networks. This work ai...
High-data-rate applications operating wirelessly can greatly increase energy consumption of wireless...
Fair sharing of bandwidth remains an unresolved issue for distributed systems. In this paper, the us...
Abstract — Channel allocation was extensively studied in the framework of cellular networks. But the...
The pervasiveness of wireless technology has indeed created massive opportunity to integrate almost ...
Nowadays how to provide efficient on-demand data access has attracted more and more attentions in wi...
Abstract — There is a need for new spectrum access protocols that are opportunistic, flexible and ef...
Abstract — Channel allocation has been extensively studied in the framework of cellular networks, bu...
In this chapter we consider the effect of selfishness on distributed MAC protocols in wireless loc...
This chapter is dedicated to the study of distributed resource allocation problems in wireless commu...
Proportional fair resource allocation can be interpreted as a symmetric Nash bargaining game associa...
This paper examines the theoretical aspects of bandwidth sharing in wireless, possibly mobile, ad-ho...
The fundamental principle of multiuser diversity states that it is possible to achieve a significant...
High-data-rate applications operating wirelessly can greatly increase energy consumption of wireless...
A game-theoretic model is proposed to study the cross-layer problem of joint power and rate control ...
Channel allocation is a crucial concern in variable-width wireless local area networks. This work ai...
High-data-rate applications operating wirelessly can greatly increase energy consumption of wireless...
Fair sharing of bandwidth remains an unresolved issue for distributed systems. In this paper, the us...
Abstract — Channel allocation was extensively studied in the framework of cellular networks. But the...
The pervasiveness of wireless technology has indeed created massive opportunity to integrate almost ...
Nowadays how to provide efficient on-demand data access has attracted more and more attentions in wi...
Abstract — There is a need for new spectrum access protocols that are opportunistic, flexible and ef...
Abstract — Channel allocation has been extensively studied in the framework of cellular networks, bu...
In this chapter we consider the effect of selfishness on distributed MAC protocols in wireless loc...
This chapter is dedicated to the study of distributed resource allocation problems in wireless commu...
Proportional fair resource allocation can be interpreted as a symmetric Nash bargaining game associa...