Publications

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  1. Prabhakaran, A., Restocchi, V., & Goddard, B. D. (2023). Improving tobacco social contagion models using agent-based simulations on networks. Applied Network Science, 8(1), 54. PDF
  2. Prabhakaran, A., & Sinha, S. (2022, November). Infection Spread in Populations: An Agent-Based Model. In International Symposium on Mathematical and Computational Biology (pp. 17-27). Cham: Springer Nature Switzerland. PDF
  3. Prabhakaran, A., Restocchi, V., & Goddard, B. D. (2022, July). Networks for Smoking Dynamics. In The 11th International Conference on Complex Networks and their Applications 2022. PDF

Thesis Link to heading

  1. Prabhakaran A. (2024). Applications of Agent-based Models in Tobacco Control. PhD Thesis.
  2. Prabhakaran A. (2019). Studying Collective Behaviour Using Agent-Based Models. MS Thesis. PDF

In Preparation Link to heading

  1. Luckner K, Prabhakaran A., Küçük A, Lundsga T, Fikfak V. Text, interviews, and expert coding: Using qualitative and quantitative data in an agent-based model of compliance with Human Rights judgments (Submitted).
  2. Prabhakaran A., Luckner K. Individual v. state: An agent-based model of states remedial responses to Human Rights violations in Europe (Submitted).
  3. Prabhakaran A., Restocchi V, Goddard BD. Network-interventions for tobacco-control.
  4. Prabhakaran A., Restocchi V, Pearce J, Reid G. Modelling the Future of Tobacco Control: Exploring What-If Scenarios for Policy Interventions in Scotland.