Jude Sooriyajeevan - Academia.edu (original) (raw)
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Papers by Jude Sooriyajeevan
Optics and Lasers in Engineering, Mar 1, 2014
Clinical X-ray imaging uses optical engineering principles. This includes principles of quantum o... more Clinical X-ray imaging uses optical engineering principles. This includes principles of quantum optics, laws of geometric optics and virtual optics in 3-D visualization. Quantum optics plays a major role in describing X-ray photon distribution and selection of this distribution for specific clinical protocols. Geometric optics explains parallax in image stitching. Mitigating parallax requires application of optical engineering principles in imaging system design. Virtual optics used in 3-D image visualization applies laws of geometric optics in surface rendering and maximum intensity projection. Application of optical engineering in clinical X-ray system design is pervasive, even though it may not have been recognized as such.
Optics and Lasers in Engineering, 2014
China selectively devolved administrative responsibilities to Hong Kong and Macau while remaining... more China selectively devolved administrative responsibilities to Hong Kong and Macau while remaining as a unitary country. This is a suitable model for Sri Lanka. Based on this Chinese system, this document describes a political infrastructure, an approach to evolve that infrastructure, and solutions provided by this infrastructure for existing contentious issues.
SSRN Electronic Journal, 2000
ABSTRACT
Clinical X-ray imaging uses optical engineering principles. This includes principles of quantum o... more Clinical X-ray imaging uses optical engineering principles. This includes principles of quantum optics, laws of geometric optics and virtual optics in 3-D visualization. Quantum optics plays a major role in describing X-ray photon distribution and selection of this distribution for specific clinical protocols. Geometric optics explains parallax in image stitching. Mitigating parallax requires application of optical engineering principles in imaging system design. Virtual optics used in 3-D image visualization applies laws of geometric optics in surface rendering and maximum intensity projection. Application of optical engineering in clinical X-ray system design is pervasive, even though it may not have been recognized as such.
Optics and Lasers in Engineering, Mar 1, 2014
Clinical X-ray imaging uses optical engineering principles. This includes principles of quantum o... more Clinical X-ray imaging uses optical engineering principles. This includes principles of quantum optics, laws of geometric optics and virtual optics in 3-D visualization. Quantum optics plays a major role in describing X-ray photon distribution and selection of this distribution for specific clinical protocols. Geometric optics explains parallax in image stitching. Mitigating parallax requires application of optical engineering principles in imaging system design. Virtual optics used in 3-D image visualization applies laws of geometric optics in surface rendering and maximum intensity projection. Application of optical engineering in clinical X-ray system design is pervasive, even though it may not have been recognized as such.
Optics and Lasers in Engineering, 2014
China selectively devolved administrative responsibilities to Hong Kong and Macau while remaining... more China selectively devolved administrative responsibilities to Hong Kong and Macau while remaining as a unitary country. This is a suitable model for Sri Lanka. Based on this Chinese system, this document describes a political infrastructure, an approach to evolve that infrastructure, and solutions provided by this infrastructure for existing contentious issues.
SSRN Electronic Journal, 2000
ABSTRACT
Clinical X-ray imaging uses optical engineering principles. This includes principles of quantum o... more Clinical X-ray imaging uses optical engineering principles. This includes principles of quantum optics, laws of geometric optics and virtual optics in 3-D visualization. Quantum optics plays a major role in describing X-ray photon distribution and selection of this distribution for specific clinical protocols. Geometric optics explains parallax in image stitching. Mitigating parallax requires application of optical engineering principles in imaging system design. Virtual optics used in 3-D image visualization applies laws of geometric optics in surface rendering and maximum intensity projection. Application of optical engineering in clinical X-ray system design is pervasive, even though it may not have been recognized as such.