Quantifying 3D Positional Uncertainty of Rediological Material from Nuclear Detonation Video

Document Type

Article

Publication Date

2-2016

Abstract

Multi-view geometry theory is applied to atmospheric nuclear tests filmed in the 1950s and 1960s, to estimate the three-dimensional locations of fixed structures and radiological material during the detonation. Results show that using bundle adjustment, points can be estimated with an average uncertainty of 0.68 meters with 0.36, 0.28, and 0.37 meters of uncertainty in x-, y-, and z-directions respectively.

Comments

AFIT Scholar furnishes the draft version of this article. The published version of record appears in Nuclear Science and Engineering and is available by subscription through the DOI link in the citation below.

In accordance with Taylor & Francis publisher policies for this journal found at Sherpa, the PDF of the submitted draft is hosted at the author site of Bert Peterson, an AFIT faculty member.

DOI

10.13182/NSE14-141

Source Publication

Nuclear Science and Engineering

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