In this paper, we present a novel distributed spectrum sharing scheme for cognitive radio which can effectively reduce the need for spectrum sensing. This is achieved by utilizing the experience of reinforcement learning. Instead of sensing all of the available spectrum arbitrarily, the scheme is designed to share the spectrum based on an optimum spectrum sharing strategy which is discovered by the agents from their interaction with the wireless communication environment. It shows that reinforcement learning enables an efficient approach of spectrum sensing. The performance of the reinforcement learning scheme is investigated and comparisons with a no learning scheme are given to illustrate the benefits of our scheme
Abstract The developments in wireless sensor network (WSN) that enriches with the unique capabilitie...
The evolution of communication standards promotes the development and use of several spectrum-sharin...
Providing that licensed or Primary Users (PUs) are oblivious to the presence of unlicensed or Second...
In cognitive radio (CR) networks, the cognition cycle, i.e., the ability of wireless transceivers to...
Wireless cognitive radio (CR) is a newly emerging paradigm that attempts to opportunistically transm...
In cognitive radio (CR) networks, the cognition cycle, i.e., the ability of wireless transceivers to...
In this paper, we present a novel technique for reinforcement learning based spectrum sharing scheme...
Cognitive radio (CR) enables unlicensed users to exploit the underutilized spectrum in licensed spec...
none3siAcceptance Rate Globecom 2011: 36.6%Distributed spectrum allocation in Cognitive Radio (CR) s...
Graduation date: 2011The enormous success of wireless technology has recently led to an explosive de...
Abstract—Consumer communication networking allows con-nections among consumer devices for possible A...
Spectrum today is regulated based on fixed licensees. In the past radio operators have been allocate...
In a cognitive wireless mesh network, licensed users (primary users, PUs) may rent surplus spectrum ...
Copyright © 2014 Kok-Lim Alvin Yau et al. This is an open access article distributed under the Creat...
Abstract: A multiuser independent Q-learning method which does not need information interaction is p...
Abstract The developments in wireless sensor network (WSN) that enriches with the unique capabilitie...
The evolution of communication standards promotes the development and use of several spectrum-sharin...
Providing that licensed or Primary Users (PUs) are oblivious to the presence of unlicensed or Second...
In cognitive radio (CR) networks, the cognition cycle, i.e., the ability of wireless transceivers to...
Wireless cognitive radio (CR) is a newly emerging paradigm that attempts to opportunistically transm...
In cognitive radio (CR) networks, the cognition cycle, i.e., the ability of wireless transceivers to...
In this paper, we present a novel technique for reinforcement learning based spectrum sharing scheme...
Cognitive radio (CR) enables unlicensed users to exploit the underutilized spectrum in licensed spec...
none3siAcceptance Rate Globecom 2011: 36.6%Distributed spectrum allocation in Cognitive Radio (CR) s...
Graduation date: 2011The enormous success of wireless technology has recently led to an explosive de...
Abstract—Consumer communication networking allows con-nections among consumer devices for possible A...
Spectrum today is regulated based on fixed licensees. In the past radio operators have been allocate...
In a cognitive wireless mesh network, licensed users (primary users, PUs) may rent surplus spectrum ...
Copyright © 2014 Kok-Lim Alvin Yau et al. This is an open access article distributed under the Creat...
Abstract: A multiuser independent Q-learning method which does not need information interaction is p...
Abstract The developments in wireless sensor network (WSN) that enriches with the unique capabilitie...
The evolution of communication standards promotes the development and use of several spectrum-sharin...
Providing that licensed or Primary Users (PUs) are oblivious to the presence of unlicensed or Second...