毕业设计&课设-基于MATLAB的FDTD传输线仿真.zip

# FDTD-Transmission-Line #### Research Intern at Gwangju Institute of Science and Tech. <strong>Microwave Sensing and Imaging Lab</strong> : https://em.gist.ac.kr/ > June/2018 - Aug/2018 FDTD (<a href="https://en.wikipedia.org/wiki/Finite-difference_time-domain_method#:~:text=FDTD%20is%20a%20time%2Ddomain,obtained%20with%20a%20single%20simulation.">Finite Difference Time Domain</a>) is a numerical analysis technique used to simulate electromagnetic wave. This technique is important for building a <strong>self-driving car</strong> as it allows analyze the stabillity of the sensor LIDAR that detects obstacles. I successfully found the solution for FDTD algorithms and simulated the electric field and magnetic field on MATLAB. This solution was used to test the LIDAR sensors built by PhD. research students. ### Source code https://github.com/parkyo/FDTD-Transmission-Line/blob/master/sourcecode.m ### Result The animations of the electric and magnetic fields can be viewed by clicking these links and 'raw' to downlaod the videos. https://github.com/parkyo/FDTD-Transmission-Line/blob/master/FDTDmovie%20(E%20field).mov <br> https://github.com/parkyo/FDTD-Transmission-Line/blob/master/FDTDmovie2%20(H%20field).mov