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General foundations of high-dimensional model representations
Herschel Rabitz
, Ömer F. Aliş
Chemistry
Princeton Language and Intelligence (PLI)
Princeton Materials Institute
Research output
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Article
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peer-review
806
Scopus citations
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Keyphrases
High Dimensional Model Representation
100%
Physical Systems
44%
Input-output Relation
33%
Projection Operator
22%
Variance Decomposition
22%
High-order
11%
Computational Effort
11%
Correlation Function
11%
Inner Product
11%
Lower Order
11%
General Utility
11%
Valuable Insight
11%
Well-defined
11%
Good Accuracy
11%
Euclidean Space
11%
Mapping Method
11%
Lower Order Terms
11%
Function Space
11%
Finite-dimensional
11%
Infinite Dimension
11%
Correlated Effects
11%
Output Function
11%
Parameter Vector
11%
Hierarchical Level
11%
Nonparametric Learning
11%
Equivalent Form
11%
Learning Networks
11%
Hierarchical Representation
11%
Representation Tools
11%
Systematic Mapping Study
11%
Multivariate Representation
11%
Engineering
Dimensional Model
100%
Physical System
44%
Projection Operator
22%
Computational Effort
11%
Model Structure
11%
Good Accuracy
11%
Equivalent Form
11%
Output Function
11%
Mathematics
Variance Decomposition
22%