Improving Key Randomness in Physical-Layer Wireless Security
A semi-synchronized RSSI approach with cubic spline projection for producing stronger shared key material from reciprocal wireless measurements.
We are developing an mHealth cybersecurity curriculum and hands-on experimental platform to prepare future cybersecurity professionals. It will deliver independent course modules, practical performance benchmarks, a data repository, and an education workshop.
Featured research
A semi-synchronized RSSI approach with cubic spline projection for producing stronger shared key material from reciprocal wireless measurements.
An Eve-aware channel-selection framework that examines how CSI features can preserve Alice-Bob agreement while reducing information exposed to eavesdroppers.
Open research
A reproducible implementation of semi-synchronized RSSI key generation with cubic spline projection, comparison baselines, and structured Markdown, JSON, and CSV reports.
Open on GitHubA reproducible key-generation pipeline with raw capture logs, Eve-aware and unaware variants, attack evaluation, and paper-ready comparisons.
Open on GitHubBook project
An eleven-chapter guide spanning architectures, biometrics, body sensor networks, communication security, privacy, AI, regulation, and training.
Community
A focused forum in Pittsburgh for deployable defenses, real-world studies, policy, and interdisciplinary collaboration in mobile and connected-health security.
Workshop overviewAn international meeting in New York on e-health networking, applications, services, AI, digital health, sensing, interoperability, and privacy.
Conference overview