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IEEE/ICACT20210139 Slide.14        [Big Slide]	Oral Presentation
	In conclusion, it is seen that FSR increased as the core width increases and FSR decreases as the core height and the rib height increased. When the width of the core increased, Q-factor initially increased before decreasing and increasing again. As the height of the core and rib increased, Q-factor also increased. Lastly, Q-factor is 1573 as the height of buried oxide is increased. As a conclusion, it is recommended to design a SOI waveguide at the core width of 450nm, the core height of 210nm and the rib height of 70nm in which there is a good compromise between FSR, FWHM and Q-factor.

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