Abstract—Cognitive radio has been put forward to make efficient use of scarce radio frequency spectrum. Once available frequency bands have been detected using spectrum sensing algo-rithms, spectrum auction can be employed to allocate the detected available frequency bands to secondary users. In this paper, a bidding algorithm based on Q-learning for secondary users is proposed. Secondary users employ the proposed algorithm to learn from their competitors and automatically place better bids for available frequency bands. Simulation result shows the proposed algorithm is effective. This work is a part of the efforts toward building a cognitive radio network testbed. I
Machine Learning approaches such as Reinforcement Learning (RL) can be used to solve problems such ...
This paper presents an algorithm that supports the dynamic spectrum access process in cognitive radi...
With the advent of 5G (and beyond) technologies, efficient exploitation of radio spectrum resources ...
Extensive research in recent years has shown the benefits of cognitive radio technologies to improve...
We aim to solve the shortage of radio frequency spectrum via better practical utilisation and distri...
Auction theory, as a subfield of economics, provides useful tools to model, analyze, and optimize ra...
AbstractCognitive Radio (CR) is a new generation of wireless communication system that enables unlic...
Combinatorial auction with flexible bidding formats is proposed in this paper for the channel alloca...
International audienceCognitive radio network is a concept of wireless communication for mobile devi...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
With the reformation of spectrum policy and the development of cognitive radio, secondary users will...
Abstract—Spectrum sensing detects the availability of the radio frequency spectrum and it is essenti...
The problem of dynamic spectrum allocation for participatory cognitive radio (CR) networks is modele...
An Aloha-like spectrum access scheme without negotiation is considered for multiuser and multichanne...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
Machine Learning approaches such as Reinforcement Learning (RL) can be used to solve problems such ...
This paper presents an algorithm that supports the dynamic spectrum access process in cognitive radi...
With the advent of 5G (and beyond) technologies, efficient exploitation of radio spectrum resources ...
Extensive research in recent years has shown the benefits of cognitive radio technologies to improve...
We aim to solve the shortage of radio frequency spectrum via better practical utilisation and distri...
Auction theory, as a subfield of economics, provides useful tools to model, analyze, and optimize ra...
AbstractCognitive Radio (CR) is a new generation of wireless communication system that enables unlic...
Combinatorial auction with flexible bidding formats is proposed in this paper for the channel alloca...
International audienceCognitive radio network is a concept of wireless communication for mobile devi...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
With the reformation of spectrum policy and the development of cognitive radio, secondary users will...
Abstract—Spectrum sensing detects the availability of the radio frequency spectrum and it is essenti...
The problem of dynamic spectrum allocation for participatory cognitive radio (CR) networks is modele...
An Aloha-like spectrum access scheme without negotiation is considered for multiuser and multichanne...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
Machine Learning approaches such as Reinforcement Learning (RL) can be used to solve problems such ...
This paper presents an algorithm that supports the dynamic spectrum access process in cognitive radi...
With the advent of 5G (and beyond) technologies, efficient exploitation of radio spectrum resources ...