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About

Ramtin Khosravi’s research lies at the intersection of formal verification, multi-robot systems, and concurrent programming. His work focuses on ensuring the correctness and safety of complex autonomous systems through rigorous model checking techniques. Khosravi made notable contributions to the verification of visibility-based properties in multi-robot environments, developing methods to discretize continuous state spaces and prove that robots can maintain visual contact or avoid obstacles during motion. His papers on this topic, including “Verification of Visibility-Based Properties on Multiple Moving Robots” (2017) and its extension with obstacles (2018), have been cited in the robotics verification community. He also created Jacco, a model checking toolset for Java actor programs (2015), which addresses the challenge of verifying concurrent, distributed actor-based systems—a domain critical for scalable and error-prone software. Though his citation counts are modest, Khosravi’s work bridges theoretical verification with practical tool development, offering foundational approaches for ensuring reliability in autonomous multi-agent systems and concurrent programming. His contributions are particularly relevant for researchers working on safe robot coordination and formal methods for distributed systems.