Advisor

Anderson, Derek T.

Committee Member

Bethel, Cindy L.

Committee Member

Archibald, Christopher.

Committee Member

Ball, John E.

Date of Degree

1-1-2017

Document Type

Graduate Thesis - Open Access

Abstract

Thermal cameras are used in numerous computer vision applications, such as human detection and scene understanding. However, the cost of high quality and high resolution thermal sensors is often a limiting factor. Conversely, high resolution visual spectrum cameras are readily available and generally inexpensive. Herein, we explore the creation of higher quality upsampled thermal imagery using a high resolution visual spectrum camera and Markov random fields theory. This paper also presents a discussion of the tradeoffs from this approach and the effects of upsampling, both from quantitative and qualitative perspectives. Our results demonstrate the successful application of this approach for human detection and the accurate propagation of thermal measurements within images for more general tasks like scene understanding. A tradeoff analysis of the costs related to performance as the resolution of the thermal camera decreases are also provided.

URI

https://hdl.handle.net/11668/16610

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