The enormous advances in sensing and data processing technologies in combination with
recent developments in nuclear radiation detection and imaging enable unprecedented and …

The ability to map and estimate the activity of radiological source distributions in unknown
three-dimensional environments has applications in the prevention and response to …

The ability to localize and map the distribution of gamma-ray emitting radionuclides in 3D
has applications ranging from medical imaging to nuclear security. In the case of …

We propose a complete framework for Bayesian image reconstruction and uncertainty
quantification based on a Gaussian process prior (GPP) to overcome limitations of maximum …

Direction-sensitive and imaging radiation detection systems often rely on complicated mask
geometries to reconstruct source positions and images. Optimizing the design of these …

In this paper, we propose a path planning method for the localization of radiation sources
using a mobile robot equipped with an imaging gamma-ray detector, which has a field of …

The accident at the Fukushima Daiichi Nuclear Power Station (FDNPS) following the Great
East Japan Earthquake and the subsequent tsunami in March 2011 changed people's …

In the study of this paper, based on the symmetry of regular icosahedron, a spherical
detector system for 4 π field-of-view (FOV) gamma imaging was proposed based on 80 …

Abstract A self-supporting, 2-D, time-encoded aperture system was developed for both
gamma and neutron imaging. The system achieved high sensitivity for imaging due to the …

The Polaris-LAMP multi-modal 3-D gamma-ray imager is a radiation mapping and imaging
platform which uses a commercial off-the-shelf (COTS) detector integrated with a contextual …