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M.S. Thesis Defense - Engin Esen

Title: Mutual Interference in FMCW Lidar Systems

Committee: 

Dr. Thomas K. Gaylord, ECE, Advisor

Dr. Christopher Barnes, ECE

Dr. Christopher R. Valenta, ECE  

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Summary

FMCW lidars are noted for their reduced susceptibility to mutual interference, which is especially relevant for crowded environments where reliability is critical for safety. This work explores conditions under which FMCW lidar systems experience mutual interference and introduces a MATLAB-based simulator to model and investigate different direct and indirect interference scenarios.

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Friday
Jan 3 2025
02:30pm - 04:30pm

Location: Online

In campus calendar: No

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  • Workflow Status:Published
  • Created By:Daniela Staiculescu
  • Created:12/27/2024
  • Modified By:Daniela Staiculescu
  • Modified:12/29/2024

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