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ResearchFormerly WizWand

Regression on Friedman 10

0.0484RMSERelevance Pursuit
-0.7896644.86726810.524216.181132Oct 31, 2024
Updated 8mo ago

Evaluation results

MethodLinks
Relevance PursuitNoise Distribution=Uniform2024.100.0484
Relevance PursuitNoise Distribution=Constant2024.100.0512
Relevance PursuitNoise Distribution=Laplace2024.100.057
Relevance PursuitNoise Distribution=Student-t2024.100.0845
Student-tNoise Distribution=Student-t2024.100.53
Student-tNoise Distribution=Uniform2024.100.592
Huber + ProjectionNoise Distribution=Uniform2024.100.593
HuberNoise Distribution=Uniform2024.100.674
LaplaceNoise Distribution=Uniform2024.100.682
Student-tNoise Distribution=Laplace2024.100.723
Student-tNoise Distribution=Constant2024.100.863
LaplaceNoise Distribution=Student-t2024.101.4
HuberNoise Distribution=Student-t2024.101.4
Huber + ProjectionNoise Distribution=Student-t2024.101.4
LaplaceNoise Distribution=Laplace2024.101.64
StandardNoise Distribution=Uniform2024.101.67
HuberNoise Distribution=Laplace2024.101.72
Huber + ProjectionNoise Distribution=Laplace2024.101.72
LaplaceNoise Distribution=Constant2024.102.1
HuberNoise Distribution=Constant2024.102.18
Huber + ProjectionNoise Distribution=Constant2024.102.18
LaplaceNoise Distribution=Student-t2024.104.02
HuberNoise Distribution=Student-t2024.104.05
Huber + ProjectionNoise Distribution=Student-t2024.104.05
Student-tNoise Distribution=Student-t2024.104.72
LaplaceNoise Distribution=Laplace2024.106.07
HuberNoise Distribution=Laplace2024.106.26
Huber + ProjectionNoise Distribution=Laplace2024.106.26
StandardNoise Distribution=Laplace2024.106.42
Student-tNoise Distribution=Laplace2024.107.24
Relevance PursuitNoise Distribution=Student-t2024.107.8
StandardNoise Distribution=Student-t2024.107.93
Relevance PursuitNoise Distribution=Laplace2024.1012.7
StandardNoise Distribution=Laplace2024.1013
StandardNoise Distribution=Constant2024.1013.4
StandardNoise Distribution=Student-t2024.1021