Modeling Flash Mobs in Cybernetic Space: Evaluating Threats of Emerging Socio-Technical Behaviors to Human Security. - Samer Al-khateeb; Nitin Agarwal 001 (JISIC, 2014)

Developing a Conceptual Framwork for Modeling Deviant Cyber Flash Mob: A Socio-Computational Approach Leveraging Hypergraph Constructs. - Samer Al-khateeb; Nitin Agarwal 001 (J. Digit. Forensics Secur. Law, 2014)

Analyzing Flash Mobs in Cybernetic Space and the Imminent Security Threats A Collective Action Based Theoretical Perspective on Emerging Sociotechnical Behaviors. - Samer Al-khateeb; Nitin Agarwal 001 (AAAI Spring Symposia, 2015)

Examining Botnet Behaviors for Propaganda Dissemination: A Case Study of ISIL's Beheading Videos-Based Propaganda. - Samer Al-khateeb; Nitin Agarwal 001 (ICDM Workshops, 2015)

Analyzing Deviant Cyber Flash Mobs of ISIL on Twitter. - Samer Al-khateeb; Nitin Agarwal 001 (SBP, 2015)

An associative rule-based classifier for Arabic medical text. - Qasem A. Al-Radaideh; Samer Al-khateeb (Int. J. Knowl. Eng. Data Min., 2015)

The rise & fall of #NoBackDoor on Twitter: The apple vs. FBI case. - Samer Al-khateeb; Nitin Agarwal 001 (ASONAM, 2016)

Exploring Deviant Hacker Networks (DHN) On Social Media Platforms. - Samer Al-khateeb; Kevin J. Conlan; Nitin Agarwal 001; Ibrahim M. Baggili; Frank Breitinger (J. Digit. Forensics Secur. Law, 2016)

Social Cyber Forensics Approach to Study Twitter's and Blogs' Influence on Propaganda Campaigns. - Samer Al-khateeb; Muhammad Nihal Hussain; Nitin Agarwal 001 (SBP-BRiMS, 2017)

Analyzing Disinformation and Crowd Manipulation Tactics on YouTube. - Muhammad Nihal Hussain; Serpil Tokdemir; Nitin Agarwal 001; Samer Al-khateeb (ASONAM, 2018)

Analyzing Social and Communication Network Structures of Social Bots and Humans. - Tuja Khaund; Kiran Kumar Bandeli; Muhammad Nihal Hussain; Adewale Obadimu; Samer Al-Khateeb; Nitin Agarwal 001 (ASONAM, 2018)

Analyzing Shift in Narratives Regarding Migrants in Europe via Blogosphere. - Muhammad Nihal Hussain; Kiran Kumar Bandeli; Samer Al-khateeb; Nitin Agarwal 001 (Text2Story@ECIR, 2018)

Analyzing Social Bots and Their Coordination During Natural Disasters. - Tuja Khaund; Samer Al-khateeb; Serpil Tokdemir; Nitin Agarwal 001 (SBP-BRiMS, 2018)

Understanding Information Operations using YouTubeTracker. - Thomas Marcoux; Nitin Agarwal 001; Adewale Obadimu; Muhammad Nihal Hussain; Katrin Kania Galeano; Samer Al-Khateeb (WI (Companion), 2019)

Deviance in Social Media and Social Cyber Forensics - Uncovering Hidden Relations Using Open Source Information (OSINF) - Samer Al-khateeb; Nitin Agarwal 001 (Springer, 2019)

Pro-ISIS Tweets Analysis Using Machine Learning Techniques. - Julia Thee; Izzat Alsmadi; Samer Al-khateeb (IEEE BigData, 2020)

Social cyber forensics: leveraging open source information and social network analysis to advance cyber security informatics. - Samer Al-khateeb; Nitin Agarwal 001 (Comput. Math. Organ. Theory, 2020)

Studying the Role of Social Bots During Cyber Flash Mobs. - Samer Al-khateeb; Madelyn Anderson; Nitin Agarwal 001 (SBP-BRiMS, 2021)

Flash mob: a multidisciplinary review. - Samer Al-khateeb; Nitin Agarwal 001 (Soc. Netw. Anal. Min., 2021)

Dapping into the Fediverse: Analyzing What's Trending on Mastodon Social. - Samer Al-khateeb (SBP-BRiMS, 2022)

An Agent-Based Model of Mobs Using Theoretical Constructs of Collective Action. - Samer Al-Khateeb; Jack Burright; Rebecca Murray; Nitin Agarwal 001 (ANNSIM, 2023)

Analyzing and Predicting Meetup Mobs Outcome Via Statistical Analysis and Deep Learning. - Samer Al-khateeb; Jack Burright; Steven L. Fernandes; Nitin Agarwal 001 (SBP-BRiMS, 2024)

Evaluating collective action theory-based model to simulate mobs. - Samer Al-khateeb; Jack Burright; Nitin Agarwal 001 (Soc. Netw. Anal. Min., 2024)

A comparative analysis of the ethics of gene editing: ChatGPT vs. Bard. - Jack Burright; Samer Al-khateeb (Comput. Math. Organ. Theory, 2025)

Constructing a multi-theoretical framework for mob modeling. - Rebecca Murray; Bridget Orr; Samer Al-khateeb; Nitin Agarwal 001 (Soc. Netw. Anal. Min., 2025)