Novel positioning method using Gaussian mixture model for a monolithic scintillator-based detector in positron emission tomography

Keyphrases

• Photomultiplier Tube 100%
• Gaussian Mixture Model 100%
• Positron Emission Tomography 100%
• Positioning Method 100%
• Monolithic Scintillator 100%
• Spatial Resolution 66%
• Feature Vector 66%
• Full Width at Half Maximum 66%
• Light Response 66%
• Training Model 66%
• Histogram 33%
• High Performance 33%
• Scintillator 33%
• Multi-channel 33%
• Training Step 33%
• N-dimensional 33%
• Position Decoding 33%
• Gaussian Mixture 33%
• Spatial Location 33%
• Simulation Package 33%
• DETECT2000 33%
• Mixing Parameters 33%
• Response Characteristics 33%
• Light Collection 33%
• 64-channel 33%
• Spatial Positioning 33%
• Decoding Method 33%
• Lutetium Oxyorthosilicate 33%
• Thick Slab 33%
• Sample Feature 33%
• Precision Position 33%

Earth and Planetary Sciences

• Spatial Resolution 100%
• Emissions 100%
• Tomography 100%
• Positron 100%
• Phosphor 100%
• Lutetium 50%
• Histogram 50%

Engineering

• Scintillator 100%
• Gaussian Mixture Model 100%
• Spatial Resolution 66%
• Feature Vector 66%
• Histogram 33%
• Multichannel 33%
• Spatial Location 33%
• Gaussian Mixture 33%
• Response Characteristic 33%
• Light Collection 33%
• Incident Photon 33%
• Decoding Method 33%