Chuck Easttom

Publication Activity (10 Years)

Years Active: 2018-2024
Publications (10 Years): 18

Top Topics

Intellectual Property

Machine Learning

Graph Theoretical

Top Venues

Publications

Chuck Easttom
Utilizing ChatGPT to Improve Quantum Algorithms. CCWC (2024)
Chuck Easttom, Izzat Alsmadi
A Comparitive Study of Machine Learning Algorithms for Identifying Mental States from EEG Recordings. CCWC (2022)
Chuck Easttom
NTRU and LASH for a Quantum Resistant Blockchain. CCWC (2022)
Chuck Easttom
A Graph Theoretical Methodology for Network Intrusion Fingerprinting and Attack Attribution. SAI (3) (2022)
Chuck Easttom
On the Use of the SSIM Algorithm for Detecting Intellectual Property Copying in Web Design. CCWC (2021)
Chuck Easttom, William Butler
The Iran-Saudi Cyber Conflict. Int. J. Cyber Warf. Terror. 11 (2) (2021)
Chuck Easttom, Mo Adda
Application of the Spectra of Graphs in Network Forensics. CCWC (2021)
Chuck Easttom
On the Application of the Complexity Zeta Function to Modelling Complexity and Emergence in Neuro-Engineering. CCWC (2020)
Chuck Easttom, Sudip Thapa, Justin Lawson
A Comparative Study of Machine Learning Algorithms for Use in Breast Cancer Studies. CCWC (2020)
Chuck Easttom
On the Application of Algebraic Graph Theory to Modeling Network Intrusions. CCWC (2020)
Chuck Easttom, Nagi Mei
Mitigating Implanted Medical Device Cybersecurity Risks. UEMCON (2019)
Chuck Easttom, William Butler
A Modified McCumber Cube as a Basis for a Taxonomy of Cyber Attacks. CCWC (2019)
Chuck Easttom, Willie Sanders
On the Efficacy of Using Android Debugging Bridge for Android Device Forensics. UEMCON (2019)
Chuck Easttom
A Methodological Approach to Weaponizing Machine Learning. AIAM (2019)
Chuck Easttom
An Analysis of Leading Lattice-Based Asymmetric Cryptographic Primitives. CCWC (2019)
Chuck Easttom
SecML: A Proposed Modeling Language for CyberSecurity. UEMCON (2019)
Chuck Easttom
On the Application of the Complexity Zeta Function to Quantify Complexity in Bioengineering Systems. AIAM (2019)
Chuck Easttom
A generalized methodology for designing non-linear elements in symmetric cryptographic primitives. CCWC (2018)