Scott C. Smith
This is a likely match — the affiliation was inferred from OpenAlex, ORCID, and web sources but has not been fully confirmed. Treat with appropriate caution.
Professor and Department Chair
Also affiliated: University of Massachusetts Dartmouth (2000–2002); University of Central Florida (2001); North Carolina State University (1991–1993); Wells Fargo (United States) (2013); Texas A&M University – Kingsville (2019–2024); Illinois Wesleyan University (2004); Missouri University of Science and Technology (2002–2025); Sigma Xi (2020); University of Minnesota Rochester (2003–2025); Maxim Integrated (United Kingdom) (2012); UK Astronomy Technology Centre (2007); North Dakota State University (2013–2019); University of Missouri (2020); Emerson (Sweden) (2025); Colorado State University (2020)
Faculty Researcher
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
Scott C. Smith's research interests include cybersecurity, hardware security, and asynchronous circuit design. He has published work on security threat modeling for power transformers and photovoltaic systems, as well as ransomware security threat modeling for photovoltaic systems. His publications also address approximate memory for low-power video applications and FPGA acceleration of real-time neural network controllers for solar inverters.
Smith has also investigated illegal Trojan design and detection in asynchronous logic circuits, including NULL Convention Logic and Sleep Convention Logic. His work in this area includes built-in self-test for multi-threshold NULL Convention Logic asynchronous circuits using pipeline stage parallelism and combining relaxation with NCL_X for enhanced optimization of asynchronous Null Convention Logic circuits. He holds an h-index of 23, with 1,881 total citations across 127 publications. His recent collaborators include Kenneth Mordi and Jia Di, both from the University of Arkansas at Fayetteville.
Metrics
- h-index: 23
- Publications: 127
- Citations: 1,886
Selected Publications
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Integrating Asynchronous Paradigms into a VLSI Design Course (2025)
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Integrating Asynchronous Digital Design And Testing Into The Undergraduate Computer Engineering Curriculum (2020)
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A robust, wide-temperature data transmission system for space environments (2013)
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Quantum-dot cellular automaton of asynchronous Null Convention Logic multiplier design (2013)
Collaboration Network
Top Collaborators
- Security Threat Modeling for Power Transformers in Cyber-Physical Environments
- Ransomware Security Threat Modeling for Photovoltaic Systems
- Security Threat Modeling for Power Transformers in Cyber-Physical Environments
- Ransomware Security Threat Modeling for Photovoltaic Systems
- Flexible Low-Cost Power-Efficient Video Memory With ECC-Adaptation
- Approximate Memory for Low-Power Video Applications
- Flexible Low-Cost Power-Efficient Video Memory With ECC-Adaptation
- Approximate Memory for Low-Power Video Applications
- Flexible Low-Cost Power-Efficient Video Memory With ECC-Adaptation
- Approximate Memory for Low-Power Video Applications
- Built-In Self-Test for Multi-Threshold NULL Convention Logic Asynchronous Circuits using Pipeline Stage Parallelism
- Design of a Motor Control Board for the NASA Lunabotics Mining Competition
- Agreement between a photogrammetry-derived five-compartment body-composition model and a three-compartment criterion among adult athletes
- Describing Dietary Habits and Body Composition Among High-Intensity Functional Training Athletes: A Mixed Methods Approach
- Agreement between a photogrammetry-derived five-compartment body-composition model and a three-compartment criterion among adult athletes
- Describing Dietary Habits and Body Composition Among High-Intensity Functional Training Athletes: A Mixed Methods Approach
- Agreement between a photogrammetry-derived five-compartment body-composition model and a three-compartment criterion among adult athletes
- Describing Dietary Habits and Body Composition Among High-Intensity Functional Training Athletes: A Mixed Methods Approach
- Agreement between a photogrammetry-derived five-compartment body-composition model and a three-compartment criterion among adult athletes
- Describing Dietary Habits and Body Composition Among High-Intensity Functional Training Athletes: A Mixed Methods Approach
- Agreement between a photogrammetry-derived five-compartment body-composition model and a three-compartment criterion among adult athletes
- Describing Dietary Habits and Body Composition Among High-Intensity Functional Training Athletes: A Mixed Methods Approach
- Agreement between a photogrammetry-derived five-compartment body-composition model and a three-compartment criterion among adult athletes
- Describing Dietary Habits and Body Composition Among High-Intensity Functional Training Athletes: A Mixed Methods Approach
- Security Threat Modeling for Power Transformers in Cyber-Physical Environments
- Security Threat Modeling for Power Transformers in Cyber-Physical Environments
- Ransomware Security Threat Modeling for Photovoltaic Systems
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