1. ECE 299 Holography and Coherent Imaging
Lecture 10. Swept Source and FD OCT
David J. Brady
Duke University
Lecture 10. Swept source and FD OCT

2. Outline Huang paper Tomography OCT and light-in-flight holography
Mathematical model of OCT
K-space analysis of OCT
K-space analysis of 3D imaging
Synthetic aperture OCT
Diffraction tomography
Lecture 10. Swept source and FD OCT

3. 2003 Paper
Michael Choma, Marinko Sarunic, Changhuei Yang, and Joseph Izatt, "Sensitivity advantage of swept source and Fourier domain optical coherence tomography," Opt. Express 11, (2003)
Lecture 10. Swept source and FD OCT

4. SS-OCT system model Lecture 10. Swept source and FD OCT

5. SS-OCT acquisition model
Lecture 10. Swept source and FD OCT

6. Lecture 10. Swept source and FD OCT

7. Quadrature detection Lecture 10. Swept source and FD OCT

8. Noise Lecture 10. Swept source and FD OCT

9. Bandwidth Lecture 10. Swept source and FD OCT

10. Lecture 10. Swept source and FD OCT

11. Lecture 10. Swept source and FD OCT

12. What is the SNR for holographic sensing
What is the SNR for holographic sensing? How does holographic SNR compare to focal imaging?
Lecture 10. Swept source and FD OCT

13. Are there coding alternatives for SS-OCT?
Lecture 10. Swept source and FD OCT