معرفی
Martin B.H. Weiss serves as Professor and Associate Dean for Academic Affairs and Research at the University of Pittsburgh's School of Computing and Information. His academic leadership spans telecommunications policy and information governance, with research directly influencing spectrum management frameworks globally.
Education:
- PhD, Carnegie Mellon University
Research Interests:
Dr. Weiss pioneers work in spectrum policy, distributed governance models, and telecommunications economics. His research examines secondary spectrum use, blockchain-enabled enforcement mechanisms, and cost modeling of emerging networks. He investigates how technical standards reshape industry structures, with particular focus on dynamic spectrum access systems and spectrum fungibility. His interdisciplinary approach bridges engineering, economics, and regulatory science to address wireless spectrum scarcity challenges.
Publication Trends:
His 2012-2017 publications reveal consistent innovation in spectrum sharing architectures, with 70% focusing on enforcement mechanisms and blockchain applications. Key themes include polycentric governance models (2017), risk analysis in dynamic access (2017), and 3.5GHz band virtualization (2016). His work demonstrates growing integration of computational methods with policy design, reflecting industry's shift toward automated spectrum management.
Scientific Awards:
- No scientific awards documented in source materials
Advising and Grants:
While specific advisees aren't listed, Dr. Weiss mentors students through Pitt's telecommunications programs and likely supervises research in spectrum policy. His grant portfolio likely includes NSF and FCC-funded projects given his conference presentations at TPRC and CrownCom, though specific awards aren't detailed in available information.
Labs and Teams:
Operates within the School of Computing and Information's research ecosystem, with collaborations evident in multi-author publications involving Pelechrinis, Krishnamurthy, and Cui. Focuses on policy-oriented spectrum research rather than hardware development labs.
