Aditya S. Gopalan is a PhD student in the Industrial and Enterprise Systems Engineering Department at University of Illinois Urbana-Champaign. He is advised by Partha Dey. He is broadly interested in applied probability, with a current methodological focus on point process dynamics, stochastic growth processes, and stochastic recursive sequences with random delays. Some applications of his interest include blockchains, opinion dynamics, first-passage percolation, and queueing.
Aditya received his bachelor's degree from MIT in 2018. He is a recipient of UIUC Grainger College of Engineering's Mavis Future Faculty Fellowship.
Contact: gopalan6 at illinois dot edu
Selected Publications:
- On an Asymptotic Criterion for Blockchain Design: The Asynchronous Composition Model (Submitted)
P.S. Dey and A.S. Gopalan - Data Flow Dissemination in a Network (2023)
A.S. Gopalan and A. Stolyar
Queueing Systems Vol. 105 No. 3 - How to Build a Blockchain: The Asynchronous Composition Model (2022) (Invited)
P.S. Dey and A.S. Gopalan
IEEE Blockchain Technical Briefs, Q3 2022 - Stability and Scalability of Blockchain Systems (2020)
A.S. Gopalan, A. Sankararaman, A. Walid, S. Vishwanath
Proceedings of the ACM on Measurement and Analysis of Computing Systems Vol. 4. No. 2
Invited Talks:
- On an Asymptotic Criterion for Blockchain Design (September 2023)
University of Michigan Ann Arbor (EECS) - On an Asymptotic Criterion for Blockchain Design (December 2023)
Northeastern University (Mathematics)
Contributed Talks and Posters:
- Stability and Scalability of Blockchain Systems (June 2020)
ACM SIGMETRICS 2020 - Scaling Limit of a Stochastic Hegselmann-Krause Model (May 2024)
Cincinnati Symposium on Probability 2024