About

I am a researcher affiliated with three institutions:

During 2015 and 2016, I was a visiting researcher in the ARES group, Laboratory for Information and Decision Systems, Massachusetts Institute of Technology.

 News:

  • August 2018: Our paper “Fleet Sizing in Vehicle Sharing Systems with Service Quality Guarantees” was accepted for presentation at CDC! Check out the preprint on ArXiv.
  • July 2018: Our paper “The Impact of Ridesharing in Mobility-on-Demand Systems: Simulation Case Study in Prague” was accepted for presentation at ITSC. Check out the preprint on ArXiv.
  • June 2018: I won Antonín Svoboda Award for the Best Ph.D. Thesis in 2017 !
  • May 2018: Our paper “Multi-objective Analysis of Ridesharing in Automated Mobility-on-Demand” accepted for presentation at RSS! Check the preprint.
  • July 2017: Our paper “Impact of Mobility-on-Demand on Traffic Congestion: Simulation-based study” was accepted for presentation at ITSC. Check out the preprint on ArXiv.
  • Dec 2016: I submitted my PhD thesis.
  • July 2016: Our paper “Provably safe and deadlock-free execution of multi-robot plans under delaying disturbances” was accepted for presentation at IROS. Check out the preprint at ArXiv.
  • June 2016: Our paper “A survey of motion planning and control techniques for self-driving urban vehicles” was accepted for publication. Check out the preprint at ArXiv.

Video Highlights



AD-RPP: Guaranteed decentralized algorithm for batch trajectory coordination in well-formed infrastructures
Deployment of ADPP on Autonomous Buggies
COBRA: Guaranteed algorithm for incremental trajectory coordination in well-formed infrastructures

 

Research Interests

I am interested in applications of robotics and artificial intelligence in future transportation. In particular, I am working on analysis and optimization for large-scale mobility-on-demand systems. See the website of  Smart Urban Mobility research cluster for more details.

My research interests include topics related to artificial intelligence, transportation, robotics and multi-agent systems such as:

If you are interested in my work, please contact me.

Software

Software on Github:

  • Trajectorytools (Java toolkit for trajectory planning in 2-d environments)
  • ORCA (Java implementation of ORCA collision-avoidance)