An Information-theoretic Approach to Distribution Shifts
–Neural Information Processing Systems
One of the most common assumptions for machine learning models is that the training and test data are independently and identically sampled (IID) from the same distribution. In practice, this assumption does not hold in many practical scenarios (Bengio et al., 2020).
Neural Information Processing Systems
Oct-9-2025, 16:02:02 GMT
- Country:
- North America
- United States
- Utah > Salt Lake County
- Salt Lake City (0.04)
- Hawaii > Honolulu County
- Honolulu (0.04)
- Georgia > Fulton County
- Atlanta (0.04)
- California
- Los Angeles County > Long Beach (0.14)
- San Diego County > San Diego (0.04)
- Utah > Salt Lake County
- Puerto Rico > San Juan
- San Juan (0.04)
- Canada
- Quebec > Montreal (0.04)
- British Columbia > Vancouver (0.04)
- Nova Scotia > Halifax Regional Municipality
- Halifax (0.04)
- United States
- Europe
- France (0.04)
- United Kingdom
- Scotland > City of Edinburgh
- Edinburgh (0.04)
- England > Cambridgeshire
- Cambridge (0.04)
- Scotland > City of Edinburgh
- Spain > Catalonia
- Barcelona Province > Barcelona (0.04)
- Netherlands > North Holland
- Amsterdam (0.04)
- Germany > Bavaria
- Upper Bavaria > Munich (0.04)
- Asia
- Middle East > Israel
- Jerusalem District > Jerusalem (0.04)
- Japan > Kyūshū & Okinawa
- Okinawa (0.04)
- Middle East > Israel
- Africa > Ethiopia
- Addis Ababa > Addis Ababa (0.04)
- North America
- Industry:
- Health & Medicine
- Therapeutic Area (0.68)
- Diagnostic Medicine (0.67)
- Health & Medicine
- Technology: