Nomad: A Framework for Developing Mission-Critical Cloud-Based Applications. - Mamadou H. Diallo; Michael August; Roger Hallman; Megan Kline; Henry Au; Vic Beach (ARES, 2015)

An Approach to Organizational Cybersecurity. - Jose Romero-Mariona; Roger Hallman; Megan Kline; Geancarlo Palavicini; Josiah Bryan; John San Miguel; Lawrence Kerr; Maxine Major; Jorge Alvarez (ES, 2015)

CallForFire: A Mission-Critical Cloud-Based Application Built Using the Nomad Framework. - Mamadou H. Diallo; Michael August; Roger Hallman; Megan Kline; Henry Au; Vic Beach (Financial Cryptography Workshops, 2016)

AutoMigrate: A Framework for Developing Intelligent, Self-Managing Cloud Services with Maximum Availability. - Mamadou H. Diallo; Michael August; Roger Hallman; Megan Kline; Scott M. Slayback (ICCAC, 2016)

Security in the Industrial Internet of Things - The C-SEC Approach. - Jose Romero-Mariona; Roger Hallman; Megan Kline; John San Miguel; Maxine Major; Lawrence Kerr (IoTBD, 2016)

An Approach to Botnet Malware Detection Using Nonparametric Bayesian Methods. - Joseph DiVita; Roger A. Hallman (ARES, 2017)

Workshop on Multimedia Privacy and Security. - Roger Hallman; Kurt Rohloff; Victor Chang 001 (CCS, 2017)

IoDDoS - The Internet of Distributed Denial of Sevice Attacks - A Case Study of the Mirai Malware and IoT-Based Botnets. - Roger Hallman; Josiah Bryan; Geancarlo Palavicini; Joseph DiVita; Jose Romero-Mariona (IoTBDS, 2017)

AutoMigrate: a framework for developing intelligent, self-managing cloud services with maximum availability. - Mamadou H. Diallo; Michael August; Roger Hallman; Megan Kline; Scott M. Slayback; Christopher Graves 002 (Clust. Comput., 2017)

Session details: Keynote Address. - Roger A. Hallman (MPS@CCS, 2018)

Session details: Internet of Things and Cloud-based Services. - Roger A. Hallman (MPS@CCS, 2018)

Session details: Steganography, Steganalysis, and Watermarking. - Roger A. Hallman (MPS@CCS, 2018)

Session details: Communication and Data Privacy and Integrity. - Roger A. Hallman (MPS@CCS, 2018)

Session details: GDPR. - Roger A. Hallman (MPS@CCS, 2018)

2nd International Workshop on Multimedia Privacy and Security. - Roger A. Hallman; Shujun Li; Victor Chang 001 (CCS, 2018)

Building Applications with Homomorphic Encryption. - Roger A. Hallman; Kim Laine; Wei Dai 007; Nicolas Gama; Alex J. Malozemoff; Yuriy Polyakov; Sergiu Carpov (CCS, 2018)

Aggregated Machine Learning on Indicators of Compromise in Android Devices. - John M. San Miguel; Megan E. M. Kline; Roger A. Hallman; Scott M. Slayback; Alexis Rogers; Stefanie S. F. Chang (CCS, 2018)

Homomorphic Encryption for Secure Computation on Big Data. - Roger A. Hallman; Mamadou H. Diallo; Michael Anthony August; Christopher T. Graves (IoTBDS, 2018)

Predicting Criticality in COVID-19 Patients. - Roger A. Hallman; Anjali Chikkula; Temiloluwa Prioleau (BCB, 2020)

Return on Cybersecurity Investment in Operational Technology Systems: Quantifying the Value That Cybersecurity Technologies Provide after Integration. - Roger A. Hallman; Maxine Major; Jose Romero-Mariona; Richard Phipps; Esperanza Romero; John M. San Miguel (COMPLEXIS, 2020)

Decepti-SCADA: A Framework for Actively Defending Networked Critical Infrastructures. - Nicholas Cifranic; Jose Romero-Mariona; Brian Souza; Roger A. Hallman (IoTBDS, 2020)

Decepti-SCADA: A cyber deception framework for active defense of networked critical infrastructures. - Nicholas Cifranic; Roger A. Hallman; Jose Romero-Mariona; Brian Souza; Trevor Calton; Giancarlo Coca (Internet Things, 2020)

The Data Deconflation Problem: Moving from Classical to Emerging Solutions. - Roger A. Hallman; George Cybenko (IoTBDS, 2021)

Determining a Return on Investment for Cybersecurity Technologies in Networked Critical Infrastructures. - Roger A. Hallman; Maxine Major; Jose Romero-Mariona; Richard Phipps; Esperanza Romero; Scott M. Slayback; Francisco Tacliad; John M. San Miguel (Int. J. Organ. Collect. Intell., 2021)

Poster EveGAN: Using Generative Deep Learning for Cryptanalysis. - Roger A. Hallman (CCS, 2022)

Generative Deep Learning for Solutions to Data Deconflation Problems in Information and Operational Technology Networks. - Roger A. Hallman; John M. San Miguel; Arron Lu; Alejandro Monje; Mohammad R. Alam; George Cybenko (IoTBDS, 2023)

Recovery CAT: A Digital Forensics Tool for Cryptocurrency Investigations. - Lilita Infante; Roger A. Hallman; John Hays; Evelyn Cronnon; Uri Stav (ISDFS, 2024)