Abstract
Nowadays, Cognitive Radio Networks have been considered, investigated and planned in an energetic manner. But maximum works focused on separate areas like Allocation, Sensing and Sharing of Spectrum, etc. In this paper, propose a HCRN with the subsequent characteristics of priority based scheduling based on centralized switching delay aware network and distributed broadcasting protocol to decrease collision and enhance scheduling. For developing Hybrid Cognitive Radio Networks (HCRN) lot of space is still available. The proposed HCRN is simulated and network quality of service is estimated in terms of packet delivery ratio, control overhead, throughput and broadcast delay.
Highlights
Recent technology developments have led to extensive development in the technologies of wired and wireless networks
The system process with the same bandwidth [Li Yu et al, 2014] and power, in order to increases the performances of the wireless system cooperative communication system and cognitive radio are blending for performances improvement
In case of ad hoc networks, there may be more than one Cognitive Base Station (CBS) involved and the SUs and primary users (PUs) may get associated to different CBS at different times by means of frequency switching
Summary
Efficient Scheduling and Collision Reduction in Hybrid Cognitive Radio Network using SBP.
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