Project Duration: 1/2015-12/2018. NSF Collaborative Project Numbers: CNS-1443885 (Binghamton University), CNS-1464487 (George Mason University)
Project Objectives:
Multi-year heavy investment in spectrum sharing research has generated a
large amount of spectrum measurement data and many spectrum sharing techniques.
Most of the techniques are based on cognitive radio networks (CRNs) because
cognitive capabilities are necessary for optimizing spectrum efficiency and
guaranteeing safe coexistence in the presence of the spectrum uncertainty. Such
cognitive capabilities collectively define the intelligence of CRNs. Although
cognition and intelligence are vital for CRNs, their quantitative study is
largely an open area.
This project proposes a multi-disciplinary framework to quantitatively study the
cognitive capabilities and the intelligence of CRNs. It develops both a
theoretical approach and an empirical approach to construct a CRN intelligence
model from the Cattell-Horn-Carroll human intelligence model. It develops a CRN
testing battery to measure the intelligence as a CRN IQ (intelligence quotient)
based on psychometrics. The intelligence model and the CRN IQ are then used to
develop new IQ-based routing algorithms and to enhance CRN's immunity to
Denial-of-Service attacks. This project adopts a big data approach to exploit
existing spectrum measurement data and CRN research results.
Project Participants:
Project Activities:
Publications:
M. Dabaghchian, S. Liu, A. Alipour-Fanid, K. Zeng, X. Li, Y. Chen, “Who is Smarter? Intelligence Measure of Learning-based Cognitive Radios,” submitted to IEEE Transactions on Cognitive Communications and Networking.
Q. Dong, Y. Chen, X. Li, and K. Zeng, “An Adaptive PUE Attacker Detection Mechanism for CRNs Leveraging Unclonable PU Transmission Features,” submitted to the IEEE Conference on Communications and Network Security (CNS), Beijing, China, May 30-June 1, 2018.