Case Study
Tuesday, September 30
09:00 AM - 09:30 AM
Live in Berlin
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Yeole explores the utilization of V2X connectivity to receive real-time navigation information by clustering surrounding AVs, enabling dynamic rerouting strategies in response to roadblocks, accidents, and other critical events. By sharing comprehensive data regarding road conditions and incidents, vehicles can collaboratively navigate through complex environments with enhanced efficiency and safety.
Having taken development accountability at hardware, software and system level, Paresh has proven competitive advantage also in the concepts phase up to the level of a granted patent. This experience comes from working for multiple component suppliers, carmakers, research institutes, and service providers. The strength in the maneuverability of computing topics comes from adventures in robotics navigation, parallel computing, banking databases, cryptography and quantum computing. My career vision lies towards investigating edge cases for the safety and security of connected mobile systems using the theory of distributed computation by leveraging advances made in high-performance computing.
Paresh Yeole studied for a master's degree at Paderborn University and completed his thesis there in the environment of an institute named after German computing pioneer: Heinz Nixdorf.