Clarence J. Maring - Palatine IL Yu Gui Gu - Grayslake IL Hui-Ju Chen - Grayslake IL Yuanwei Chen - North Haven CT David A. Degoey - Kenosha WI William J. Flosi - Des Plaines IL Vincent L. Giranda - Gurnee IL David J. Grampovnik - Waukegan IL Warren M. Kati - Gurnee IL Dale J. Kempf - Libertyville IL April Kennedy - Grayslake IL Larry L. Klein - Lake Forest IL Allan C. Krueger - Gurnee IL Zhen Lin - Gurnee IL Darold L. Madigan - Elk Grove Village IL Keith F. McDaniel - Grayslake IL Steven W. Muchmore - Libertyville IL Hing L. Sham - Mundelein IL Kent D. Stewart - Gurnee IL Vincent S. Stoll - Libertyville IL Minghua Sun - Libertyville IL Noah P. Tu - Gurnee IL Frank L. Wagenaar - Gurnee IL Gary T. Wang - Niles IL Sheldon Wang - Grayslake IL Paul E. Wiedeman - Deerfield IL Yibo Xu - Ridgefield CT Ming C. Yeung - Grayslake IL Chen Zhao - Libertyville IL Stephen Hanessian - Beaconsfield, CA Malken Bayrakdarian - Verdun, CA Xuehong Luo - Montreal, CA
Disclosed are compounds of the formula: which are useful for inhibiting neuraminidases from disease-causing microorganisms, especially, influenza neuraminidase. Also disclosed are compositions and methods for preventing and treating diseases caused by microorganisms having a neuraminidase, processes for preparing the compounds and synthetic intermediates used in these processes.
Five-Membered Carbocyclic And Heterocyclic Inhibitors Of Neuraminidases
Clarence J. Maring - Palatine IL Yuanwei Chen - North Haven CT David A. Degoey - Kenosha WI Vincent L. Giranda - Gurnee IL David J. Grampovnik - Waukegan IL Yu Gui Gu - Grayslake IL Warren M. Kati - Gurnee IL Dale J. Kempf - Libertyville IL April Kennedy - Grayslake CO Allan C. Krueger - Gurnee IL Zhen Lin - Gurnee IL Darold L. Madigan - Elk Grove Village IL Steven W. Muchmore - Libertyville IL Hing L. Sham - Mundelein IL Kent D. Stewart - Gurnee IL Vincent S. Stoll - Libertyville IL Minghua Sun - Libertyville IL Gary T. Wang - Niles IL Sheldon Wang - Grayslake IL Ming C. Yeung - Grayslake IL Chen Zhao - Libertyville IL
Disclosed are compounds of the formula: which are useful for inhibiting neuraminidases from disease-causing microorganisms, especially, influenza neuraminidase. Also disclosed are compositions and methods for preventing and treating diseases caused by microorganisms having a neuraminidase, processes for preparing the compounds and synthetic intermediates used in these processes.
Clarence J. Maring - Palatine IL Yu Gui Gu - Grayslake IL Hui-Ju Chen - Grayslake IL Yuanwei Chen - North Haven CT David A. Degoey - Kenosha WI William J. Flosi - Des Plaines IL Vincent L. Giranda - Gurnee IL David J. Grampovnik - Waukegan IL Warren M. Kati - Gurnee IL Dale J. Kempf - Libertyville IL April Kennedy - Boulder CO Larry L. Klein - Lake Forest IL Allan C. Krueger - Gurnee IL Zhen Lin - Gurnee IL Darold L. Madigan - Elk Grove Village IL Keith F. McDaniel - Wauconda IL Steven W. Muchmore - Libertyville IL Hing L. Sham - Mundelein IL Kent D. Stewart - Gurnee IL Vincent S. Stoll - Libertyville IL Minghua Sun - Libertyville IL Noah P. Tu - Gurnee IL Frank L. Wagenaar - Gurnee IL Gary T. Wang - Niles IL Sheldon Wang - Grayslake IL Paul E. Wiedeman - Deerfield IL Yibo Xu - New Milford CT Ming C. Yeung - Grayslake IL Chen Zhao - Libertyville IL Stephen Hanessian - Beaconsfield, CA Malken Bayrakdarian - Verdun, CA Xuehong Luo - Montreal, CA
Assignee:
Abbott Laboratories - Abbott Park IL
International Classification:
A61K 3140
US Classification:
514423
Abstract:
Disclosed are compounds of the formula: which are useful for inhibiting neuraminidases from disease-causing microorganisms, especially, influenza neuraminidase. Also disclosed are compositions and methods for preventing and treating diseases caused by microorganisms having a neuraminidase, processes for preparing the compounds and synthetic intermediates used in these processes.
A Fully Fourier Space Spherical Convolutional Neural Network Based On Clebsch-Gordan Transforms
Methods and systems for computationally processing data with a multi-layer convolutional neural network (CNN) having an input and output layer, and one or more intermediate layers are described. Input data represented in a form of evaluations of continuous functions on a sphere may be received at a computing device and input to the input layer. The input layer may compute outputs as covariant Fourier space activations by transforming the continuous functions into spherical harmonic expansions. The output activations from the input layer may be processed sequentially through each of the intermediate layers. Each, intermediate layer may apply Ciebsch-Gordan transforms to compute respective covariant Fourier space activations as input to an immediately next layer, without computing any intermediate inverse Fourier transforms or forward Fourier transforms. Finally, the respective covariant Fourier space activations of the last intermediate layer may be processed in the output layer of the CNN to compute invariant activations.
Aqr Capital Management
Research Analyst
Aqr Capital Management Jun 2017 - Aug 2017
Research Intern
Aon Sep 2016 - Apr 2017
Remote Intern
University of Chicago Booth School of Business Jan 2016 - Apr 2017
Research Assistant
Aon Jun 2016 - Aug 2016
Actuarial Consulting Summer Analyst
Education:
University of Chicago 2014 - 2018
Bachelors, Bachelor of Science, Mathematics, Computer Science, Statistics, Economics
Xiamen Foreign Language School 2008 - 2014
Skills:
C C++ Java Python Microsoft Excel Network Programming Statistics Multithreaded Development Econometrics Functional Programming Microsoft Powerpoint Microsoft Office Machine Learning Deep Learning Cuda Pytorch Visual Basic Actuarial Exams