Search "+Peter Norvig +Automated machine learning +Class imbalance problem +Travelling salesman problem -Probability, Paradox, and the Reasonable Person Principle +Cross validation +Cluster analysis +Artificial neural network +Data clustering +Ulrike von Luxburg +Jupyter/notebook +Artemy Kolchinsky +Brain network +Learning -Michael Ramscar -Allen Institute for Brain Science"

Positive matches

• 0.202 + - Machine learning
• 0.101 + - Class imbalance
• 0.040 + - Deep learning
• 0.023 + - IPython notebook
• 0.019 + - Recommender system
• 0.019 + - Gradient descent
• 0.018 + - Poker
• 0.016 + - How to study
• 0.013 + - IPython
• 0.013 + - Jupyter
• 0.010 + - Caenorhabditis elegans
• 0.010 + - Aging brain
• 0.010 + - Boosting (machine learning)
• 0.010 + - Future of work
• 0.010 + - SSH tunneling
• 0.008 + - Paradox
• 0.008 + - Similarity
• 0.007 + - Spatial network
• 0.007 + - Network similarity
• 0.007 + - C. elegans

Negative matches

• 0.059 + - Brain
• 0.024 + - Brain and deep learning
• 0.005 + - Olfaction
• 0.002 + - Public datasets
• 0.002 + - Odor
• 0.002 + - Neuroscience
• 0.001 + - Music
• 0.001 + - Brain Genomics Superstruct Project
• 0.001 + - Probability
• 0.001 + - GWAS
• 0.001 + - Network neuroscience
• 0.001 + - Cognitive neuroscience
• 0.000 + - Block model
• 0.000 + - Random walk
• 0.000 + - Paper/Gatys2015
• 0.000 + - Cranial electrotherapy stimulation
• 0.000 + - Mason Porter
• 0.000 + - Network datasets