Cognitive Radio technology is emerged as a platform to solve the problem of spectrum
scarcity in wireless networks. Whenever designing a routing algorithm for cognitive radio ad …

Today's network control systems have very limited ability to adapt the changes in network.
The addition of reinforcement learning (RL) based network management agents can …

To resolve the issue of efficient spectrum allocation, a precious resource in communication
systems, Cognitive Radio Adhoc Networks were proposed. Cognitive Radio Networks …

Current spectrum allocations are statically configured and cannot adopt network changes
dynamically. The emerging field of Cognitive Radio Networks can be used to fulfil the current …

In the opportunistic spectrum sharing (OSS) paradigm, unlicensed users (aka secondary
users)" opportunistically" operate in fallow licensed spectrum on a non-interference basis to …

Multi-hop routing protocol in cognitive radio mobile ad hoc networks (CRMANETs) is a
critical issue. Furthermore, the routing metric used in multi-hop CRMANETs should re-flect …

Cognitive Radio (CR) technology has been introduced to solve the problems of spectrum
underutilization and spectrum scarcity caused by improper spectrum management policies …

Multi-hop cognitive radio networks (CRNs) are gaining interest recently in many practical
applications. With location information becoming more available, designing location-aware …

In Cognitive Radio Networks, secondary users are affected by the the activity of primary
users on licensed channels. To solve this problem, most routing protocols select the most …

Cognitive Radio Ad Hoc Networks (CRAHNs) constitute a viable solution to solve the current
problems of inefficiency in the spectrum allocation, and to deploy highly reconfigurable and …