Synopsis
This SpringerBrief proposes a trust model motivated by virtue epistemology, addressing the need for a more efficient and flexible trust model for wireless next generation networks. This theory of trust simplifies the computation and communication overhead of strictly cognitive-computational models of trust. Both the advantages and the challenges of virtue-based trust models are discussed. This brief offers new research and a general theory of rationality that enables users to interpret trust and reason as complementary mechanisms that guide our rational conduct at two different epistemic levels. The presented model of human social interaction is designed for the highly dynamic and unstructured environment of the mobile Internet and wireless next generation networks. Wireless Next Generation Networks: A Virtue-Based Trust Model targets network engineers, cognitive scientists, AI researchers, philosophers, and social scientists. Advanced-level students studying computer science, electrical engineering and social science will also find the interdisciplinary perspective useful.
About the Author
Michael G. Harvey holds an undergraduate degree magna cum laude in Physics and Astronomy from the University of Pittsburgh. He holds master's degrees from Yale University, Brown University, and Carnegie Mellon University, where he studied a variety of disciplines, including epistemology, theory of religion, cognitive psychology, and computer science. He is currently studying cybersecurity at Johns Hopkins University. His most recent publication on privacy and security issues for mobile health platforms, co-authored with his spouse Melissa J. Harvey of the National Network of Libraries of Medicine, Middle Atlantic Region, appeared as the lead article in the July 2014 issue of Journal of the Association for Information Science and Technology (JASIST).
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