Cognitive Radio Package for MATLAB Based on Asynchronous Timers
Authors/Creators
- 1. PG Scholar, Department of Electronics and Communication Engineering, Mar Baselios Christian College of Engineering and Technology, Kuttikanam, Peermade, Kerala, India
Description
To achieve an efficient communication system, need for dynamic spectrum allocation capability is required. Nowadays, the spectrum allocation schemes are static in nature. In order to achieve efficient utilization of unused primary bands, we need a technology to make intellectual decisions which in turn reduces spectral congestion and interference. Cognitive radio technology helps the current communication network to identify the issues and can make intellectual decisions based on the current environment conditions. Spectrum sensing, an important factor to achieve cognitive radio, periodically monitor the frequency spectrum to find out unused frequency user bands. This unused primary bands can used by the secondary users that results smooth functioning of our communication system. This paper proposes a full cognitive radio package which consists of different communication parameters like protocols, networking, modulation format etc.
Files
(1-10)COGNITIVE RADIO PACKAGE FOR MATLAB BASED-format.pdf
Additional details
References
- A Al-Ali, K Chowdhury (2014), "Simulating dynamic spectrum access using ns-3 for wireless networks in smart environments", IEEE,
- JR Machado-Fernandez (2015), "Software defined radio: Basic principles and applications", Facultad de ingenieria, Volume 24, Issue 38, pp. 79−96.
- MA Azza, A El Moussati, R Barrak (April 2014), "Implementation of cognitive radio applications on a software defined radio platform", IEEE multimedia computing and systems conference (ICMCS), pp. 1037−1041.
- T Yucek, H Arslan (2009), "A survey of spectrum sensing algorithms for cognitive radio applications", IEEE Communications Surveys & Tutorials, Volume 11, Issue 1, pp. 116−130.
- J Mitola (May 1995), "The software radio architecture", IEEE Communications Magazines, pp. 26−38.
Subjects
- Telecommunication Engineering Journals
- http://matjournals.com/Engineering-Journals.html