This is a Whitepaper submitted to the 2017 DOE ASCR Applied Math Meeting. It addresses research topics in the "Convergence of data- and model-driven discovery" subject area. In particular, it proposes research activities that would enhance the interpretability of data-driven models, such as neural nets, which are increasing being used in multiscale simulations for upscaling/downscaling operations e.g., as turbulence closures etc. The research would allow us validate such empirical, data-driven models against physics theory
I propose to give a ground up construction of deep learning as it is in it's modern state. Starting ...
The exponential increase in available neural data has combined with the exponential growth in comput...
Technological advances in experimental neuroscience are generating vast quantities of data, from the...
Whitepaper submitted to the 2017 DOE ASCR Applied Math Meeting<div><br></div><div>All authors are af...
The reproduction and replication of scientific results is an indispensable aspect of good scientific...
The recent surge in highly successful, but opaque, machine-learning models has given rise to a dire ...
Abstract. Data of different levels of complexity and of ever growing diversity of characteristics ar...
Good predictive models are essential in modern chemical industry for control and optimization. Mecha...
Data-Driven Computing is a new field of computational analysis which uses provided data to directly ...
185 pagesWe discuss five topics related to inference and modeling in physics: image registration, ma...
This book presents methodologies for analysing large data sets produced by the direct numerical simu...
We introduce Optimal-Transport-based Unfolding and Simulation (OTUS), a novel, fast simulator based ...
These datasets are used to reproduce the results of the neural dynamics model from the paper https:/...
Whitepaper submitted to the 2017 DOE ASCR Applied Math Meeting<div><br></div><div>This white paper a...
Motivated by the successes in the field of deep learning, the scientific community has been increasi...
I propose to give a ground up construction of deep learning as it is in it's modern state. Starting ...
The exponential increase in available neural data has combined with the exponential growth in comput...
Technological advances in experimental neuroscience are generating vast quantities of data, from the...
Whitepaper submitted to the 2017 DOE ASCR Applied Math Meeting<div><br></div><div>All authors are af...
The reproduction and replication of scientific results is an indispensable aspect of good scientific...
The recent surge in highly successful, but opaque, machine-learning models has given rise to a dire ...
Abstract. Data of different levels of complexity and of ever growing diversity of characteristics ar...
Good predictive models are essential in modern chemical industry for control and optimization. Mecha...
Data-Driven Computing is a new field of computational analysis which uses provided data to directly ...
185 pagesWe discuss five topics related to inference and modeling in physics: image registration, ma...
This book presents methodologies for analysing large data sets produced by the direct numerical simu...
We introduce Optimal-Transport-based Unfolding and Simulation (OTUS), a novel, fast simulator based ...
These datasets are used to reproduce the results of the neural dynamics model from the paper https:/...
Whitepaper submitted to the 2017 DOE ASCR Applied Math Meeting<div><br></div><div>This white paper a...
Motivated by the successes in the field of deep learning, the scientific community has been increasi...
I propose to give a ground up construction of deep learning as it is in it's modern state. Starting ...
The exponential increase in available neural data has combined with the exponential growth in comput...
Technological advances in experimental neuroscience are generating vast quantities of data, from the...