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During the last decade Dr. Di Benedetto research has focused on medium access control and management in wireless networks, hybrid models for complex wireless communication systems operating under coexisting conditions, and cognitive and coexisting networks. Within this theoretical and experimental research field, Professor Di Benedetto promoted and directed a COST Action project IC0902 'Cognitive Radio and Networking for Cooperative Coexistence of Heterogeneous Wireless Networks' on cognitive radio and networks, that gathered over 150 researchers from 25 countries in Europe, as well as the US, Canada, China, Australia, and Morocco, and promoted the FP7 European Network of Excellence ACROPOLIS that established a European Network of Excellence on cognitive radio. In addition, participation in the European Network of Excellence HYCON (Hybrid Control: Taming Heterogeneity and Complexity of Networked Embedded Systems) offered the framework for an interdisciplinary effort with colleagues from Control Theory that led to the formulation of hybrid models for complex wireless communication systems operating under coexisting conditions, and increased theoretical research activity in the field of cognitive and coexisting networks. Dr. Di Benedetto pioneered the understanding of how impulse radio features impact higher layer modules, such as MAC and routing. She was first in suggesting that theoretical limits of random access strategies may be revised given the impulse nature of the signal. This intuition, rising from well-based theoretical hypotheses, led to the adoption of random strategies in current impulse radio standards, and is now being reinterpreted in light of 5G and novel non-orthogonal access methods, such as NOMA.
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ACM/IEEE International Conference on Mobile Computing and Networking (MobiCom)pp.61-68, (2022)
IEEE Access (2022): 34085-34115
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