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Maximum-likelihood methods for processing signals from gamma-ray detectors
Harrison H. Barrett
, William C.J. Hunter
, Brian William Miller
, Stephen K. Moore
,
Yichun Chen
, Lars R. Furenlid
Department of Optics and Photonics
Research output
:
Contribution to journal
›
Article
›
peer-review
158
Scopus citations
Overview
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Dive into the research topics of 'Maximum-likelihood methods for processing signals from gamma-ray detectors'. Together they form a unique fingerprint.
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Keyphrases
Maximum Likelihood Method
100%
Process Signal
100%
Gamma-ray Detectors
100%
Likelihood Methods
33%
Energy Deposit
33%
Spatial Coordinates
33%
Multiple Interactions
33%
Total Energy
33%
Electrical Signal
33%
Tomographic Reconstruction
33%
Circuit Element
33%
Gamma Spectrometry
33%
List Mode
33%
Fisher Information Matrix
33%
Mathematics
Maximum Likelihood Method
100%
Signal Processing
100%
Probability Theory
50%
Three-Dimension
50%
Two Dimensions
50%
Fisher Information Matrix
50%
Circuit Element
50%
Engineering
Maximum Likelihood
100%
Gamma Ray
100%
Illustrates
25%
Deposited Energy
25%
Spatial Coordinate
25%
Electrical Signal
25%
Circuit Element
25%
Tomographic Reconstruction
25%
Fisher Information Matrix
25%
Physics
Gamma-Ray Detectors
100%
Signal Processing
100%
Gamma Radiation
33%
Fisher Information
33%
Neuroscience
Gamma Ray
100%
Signal Processing
100%