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High Dynamic Range Imaging for Documentation Applications


Suitable for

MSc in Computer Science
Computer Science, Part B
Mathematics and Computer Science, Part C
Computer Science and Philosophy, Part C
Computer Science, Part C


High dynamic range imaging (HDRI) allows more accurate information about light to be captured, stored, processed and displayed to observers. In principle, this allows viewers to obtain more accurate representations of real-world environments and objects. Naturally, HDRI would be of interest to museum curators to document their objects, particularly, non-opaque objects or whose appearance significantly alter dependent on amount of lighting in the environment. Currently, few tools exist that aid curators, archaeologists and art historians to study objects under user-defined parameters to study those object surfaces in meaningful ways. In this project the student is free to approach the challenge as they see fit, but would be expected to design, implement and assess any tools and techniques they develop. The student will then develop techniques to study these objects under user-specified conditions to enable curators and researchers study the surfaces of these objects in novel ways. These methods may involve tone mapping or other modifications of light exponents to view objects under non-natural viewing conditions to have surface details stand out in ways that are meaningful to curators.