Radio galaxy zoo: Knowledge transfer using rotationally invariant self-organizing maps

Keyphrases

• Knowledge Transfer 100%
• Radio Galaxies 100%
• Rotation Invariance 100%
• Self-organizing Map 100%
• Heat Map 100%
• Galaxy Zoo 100%
• Radio 66%
• Morphological Characteristics 66%
• Fainting 33%
• Galaxies 33%
• Crowdsourcing 33%
• Machine Learning Techniques 33%
• Sensitivity Threshold 33%
• Parallelizing 33%
• Continuous Scale 33%
• Discretized 33%
• Large-scale Survey 33%
• Spatial Domain 33%
• Number of Components 33%
• Resolution Limit 33%
• Feature Space 33%
• Radio Continuum 33%
• Map Image 33%
• Wide-field Infrared Survey Explorer 33%
• Two-channel 33%
• Radio Sources 33%
• Infrared Wavelength 33%
• Transfer Mechanism 33%
• All-sky Survey 33%
• Unsupervised Method 33%
• Classification Schema 33%
• Manual Classification 33%
• Random Forest Regression 33%
• User-generated 33%
• Decision Tree Ensemble 33%
• Quantile Random Forest 33%
• Number of Peaks 33%
• Manual Analysis 33%
• Kohonen Map 33%
• Two-dimensional Embedding 33%

Physics

• Radio Galaxy 100%
• Transferring 66%
• Sky Surveys 33%
• Radio Continuum Emission 33%
• Radio Sources 33%
• Machine Learning 33%
• Wide-Field Infrared Survey Explorer 33%
• Quantile 33%