Publications
G.L. Matthews, T. Morrison, and A.W. Murphy, Curve-lifted codes for local recovery using lines. Designs, Codes, and Cryptography, April 2024. Link here
G.L. Matthews, A.W. Murphy, and W. Santos, Fractional decoding of r-Hermitian codes. Designs, Codes, and Cryptography, August 2023. Link here
G.L. Matthews and A.W. Murphy. Norm-trace-lifted codes over binary fields. IEEE International Symposium on Information Theory (ISIT), July 2022. Link here
A.W. Murphy. Codes from norm-trace curves: local recovery and fractional decoding. Ph.D. Thesis, April 2022. Link here
G.L. Matthews and A.W. Murphy. Cryptography, in Mathematics in Cyber Research. CRC Publishing, February 2022. Link here
G.L. Matthews, A.W. Murphy, and W. Santos. Fractional decoding of codes from the Hermitian curve. IEEE International Symposium on Information Theory (ISIT), July 2021. Link here
W. Gerych, L. Buquicchio, K. Chandrasekaran, A. Abdulaziz, H. Mansoor, A. Murphy, E. Rundensteiner, and E. Agu. BurstPU: Classification of Weakly Labeled Datasets with Sequential Bias. IEEE BigData Conference, December 2020. Link here
Miscellaneous
Government contracting
Johns Hopkins Applied Physics Laboratory
Finnish Picard, August 2025-
Description: Pursued methods of finding logical operators for quantum error correcting codes, in order to test noise modeling approaches for physical quantum systems.
ArcReACTOR, August 2024-
Description: Modeling of system vulnerability using tools from graph theory.
Spicewood, April 2025-November 2025
Description: Developed proposals for a dozen novel communications channels and methods for low probability of detection and low probability of interception communications.
Foundational Cryptographic Capabilities, November 2024-January 2025
Description: Developing and combining protocols from varied fields in order to push forward towards application.
Defensive Cyber Initiatives, January 2023-April 2025
Technical Lead, August 2023-April 2025
Description: Explored non-mathematical approaches to metrology, with a focus of improving understanding of resilience of cyberphysical systems.
Cryptography, April 2024-August 2024
Description: Securing the access of healthcare information through the development of modern cryptographic protocols into software.
Unmanned Maritime Systems, January 2023-May 2024
Description: Improved systems engineering processes with respect to security and autonomy of naval capabilities.
Applied Quantum Communications, May 2023-January 2024
Description: Worked on leveraging internal APL quantum channel models in tandem with modern quantum error correction methods.
Cyber Anomaly Detection, February 2023-December 2023
Description: Collaborated on formation of anomaly detection framework for military platform electronics buses, with an aim for near-future integration.
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