Publications associées à Distributionally Robust Multi-Item Newsvendor Problems with Multimodal Demand Distributions

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Discrete least-squares approximations over optimized downward closed polynomial spaces in arbitrary dimension

Fabio Nobile, Giovanni Migliorati

We analyze the accuracy of the discrete least-squares approximation of a function

u

in multivariate polynomial spaces

P_\Lambda:=span\{y\mapsto y^\nu \,: \, \nu\in \Lambda\}

with

\Lambda\subset N_0^d

over the domain

\Gamma:=[-1,1]^d

, based on the s ...

2017

Distributionally Robust Multi-Item Newsvendor Problems with Multimodal Demand Distributions

Graph Chatbot

Chattez avec Graph Search

A Gyrokinetic Model for the Tokamak Periphery

Discrete least-squares approximations over optimized downward closed polynomial spaces in arbitrary dimension

Dimensionality Reduction in Dynamic Optimization under Uncertainty

Solving Stochastic AC Power Flow via Polynomial Chaos Expansion

Learning Search Strategies from Human Demonstrations

A Distributionally Robust Perspective on Uncertainty Quantification and Chance Constrained Programming

Statistical analysis and modeling of intermittent transport events in the tokamak scrape-off layer

Matrix Completion on Graphs

Single machine scheduling with scenarios

A bottom-up stochastic model to predict building occupants' time-dependent activities

Discrete least-squares approximations over optimized downward closed polynomial spaces in arbitrary dimension

Statistical analysis and modeling of intermittent transport events in the tokamak scrape-off layer

Dimensionality Reduction in Dynamic Optimization under Uncertainty

A bottom-up stochastic model to predict building occupants' time-dependent activities

Learning Search Strategies from Human Demonstrations

Matrix Completion on Graphs

A Gyrokinetic Model for the Tokamak Periphery

A Distributionally Robust Perspective on Uncertainty Quantification and Chance Constrained Programming

Solving Stochastic AC Power Flow via Polynomial Chaos Expansion

Single machine scheduling with scenarios