Titlebook: Optical Coherence Tomography; Technology and Appli Wolfgang Drexler,James G. Fujimoto Reference work 2015Latest edition Springer Internatio

TEN

財政

易改變

Tyler S. Ralston,Daniel L. Marks,Adeel Ahmad,Stephen A. Boppart

NEX

Zhao Wang,David L. Wilson,Hiram G. Bezerra,Andrew M. Rollins

智力高

Invertebrate

Complex Conjugate Removal in SS Optical Coherence Tomographyheterodyning, or optical demodulation, increases the axial imaging range by a factor of 2 compared to conventional FDOCT. This technological development is important in many OCT applications, including ophthalmology since the increased imaging depth is necessary to visualize the entire anterior segment of the human eye.

Meager

Ultrahigh Resolution Optical Coherence Tomography layers in ophthalmic applications as well as cellular resolution OCT imaging in nontransparent tissue. This chapter reviews state-of-the-art technology that enables ultrahigh-resolution OCT covering the entire wavelength region from 500 to 1,600 nm and discusses fundamental limitations of OCT image resolution.

ineptitude

Excitotoxin

Image Processing in Intravascular OCTrage of individual stent struts by neointimal tissue over time. However, it is extremely time-consuming to analyze IVOCT images manually to derive quantitative diagnostic metrics. In this chapter, we introduce some computer-aided methods to automate the common IVOCT image analysis tasks.

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