595 Data Mining and Machine Learning in Molecular Sciences I


Description:
Computational approaches to correlate, analyze, and understand large and complex data sets are playing increasingly important roles in the physical, chemical, and life sciences. This session solicits submissions pertaining to methodological advances and applications of data mining and machine learning methods, with particular emphasis on data-driven modeling and property prediction, statistical inference, big data, and informatics. Topics of interest include: algorithm development, inverse engineering, chemical property prediction, genomics/proteomics/metabolomics, (virtual) high-throughput screening, rational design, accelerated simulation, biomolecular folding, reaction networks, and quantum chemistry.

Sponsor:
Computational Molecular Science and Engineering Forum
Co-Sponsor(s):
Data and Information Systems (10E)


Chair:
Johannes Hachmann
Assistant Professor
University at Buffalo, SUNY
Department of Chemical and Biological Engineering
612 Furnas Hall
Buffalo, NY
14260
Fax Number: 7166453822
Email: hachmann@buffalo.edu

Co-chairs:
Andrew L. Ferguson
Assistant Professor
University of Illinois at Urbana-Champaign
Departments of Materials Science and Engineering and Chemical and Biomolecular Engineering
204 MSEB
Urbana, IL
61801
Email: alf@illinois.edu

Diwakar Shukla
Assistant Professor
University of Illinois Urbana-Champaign
Chemical & Biomolecular Engineering
600 S. Matthews Ave.
Urbana, IL
61801
Email: diwakar@illinois.edu


Papers:
Progress Towards Ultra-Fast Screening of Porous Sorbents for Chemical Separations
David S. Sholl, Georgia Institute of Technology; Dai Tang, Georgia Institute of Technology
Identifying New Descriptors for Gas Storage in Nanoporous Materials
Benjamin Bucior, Northwestern University; N. Scott Bobbitt, Northwestern University; Arun Gopalan, Northwestern University; Randall Q. Snurr, Northwestern University
Discovery of High-Performing MOFs Via Machine Learning
Alauddin Ahmed, University of Michigan; Donald J. Siegel, University of Michigan
Finding Truth in Fiction: Efficiently Discovering Physical Structure-Property Relationships By Screening Unphysical Porous Materials
Christopher E. Wilmer, University of Pittsburgh; Alec R. Kaija, University of Pittsburgh
Mapping Transition Metal Chemical Space for Machine Learning Models
Jon Paul Janet, MIT; Heather J. Kulik, Massachusetts Institute of Technology
Resolving 3D Structures of Metallic Nanoparticles from X-Ray Absorption Data Using Artificial Neural Network
Janis Timoshenko, Stony Brook University; Deyu Lu, Brookhaven National Laboratory; Shinjae Yoo, Brookhaven National Laboratory; Anatoly I. Frenkel, Stony Brook University
Identifying Descriptors for Materials Science Via Genetic Programming: A Case Study for Dielectric Breakdown Strength
Fenglin Yuan, Johns Hopkins University; Tim Mueller, Johns Hopkins University
Data-Driven Prediction of Materials Properties in an Automated Fashion
H. Shaun Kwak, Schrodinger, Inc.; Thomas J. L. Mustard, Schrodinger, Inc.; David J. Giesen, Schrodinger, Inc.; Thomas F. Hughes, Schrodinger, Inc.; Alexander Goldberg, Schrodinger, Inc.; Andrea R. Browning, Schrodinger, Inc.; Steve Dixon, Schrodinger, Inc.; Mathew D. Halls, Schrodinger, Inc.
Computer-Aided Design of Novel Materials with Desired Electronic and Physical Properties
Olexandr Isayev, University of North Carolina at Chapel Hill
Human-Interpretable Reaction Informatics
Dmitry Zubarev, IBM Research, Almaden
Abstract Submissions Closed