Download citation constraints mitigation in cognitive radio networks using cloud computing one of the most supportive technologies in enhancing the bandwidth utilization of the next generation.
Cloud computing based cognitive radio networking.
The proposed model eliminates the current problems in transmission of.
In this paper we propose secure radio resource management algorithm for crn where cloud computing unit stores the spectrum occupancy information of heterogeneous wireless networks in crn and facilitates the access of spectrum opportunities for secondary users.
Crns are capable of adaptive learning and reconfiguration to provide consistent communications in dynamic environments.
Introduction in recent years cognitive radio network crn has become more prevalent due to the introduction of the ieee 802 22 standard which aims to promote the sharing of the unused spectrum among primary and secondary users 1.
Fortunately the advent of cloud computing has the potential to mitigate these constraints due its vast storage and computational capacity.
Ieee access invites manuscript submissions in the area of recent advances in cloud and big data based next generation cognitive radio networks.
Secure radio resource management in cloud computing based cognitive radio networks abstract.
To meet the consequences a new model called cognitive radio networks with cloud crnc is introduced in this research.
Spectrum aware cognitive mobile cloud computing is the new concept started from 2015 to use dynamic spectrum opportunistically from wireless networking to effect computation offloading and scheduling solutions that achieves efficient trade offs between the mobile device and wireless resources.
With the rapid development of cognitive radios spectrum efficiency in cognitive radio networks crn has increased by secondary users su accessing the licensed spectrum dynamically and opportunistically without creating harmful interference to primary users.