SPIE - Education Machine Learning for Lithography SC1264

Description
This course provides background on supervised learning applied to microlithography. A primary goal of the course is to illustrate supervised learning, inference, and validation workflow to practitioners of microlithography, using datasets and problems with which they are familiar. Example applications will include photoresist models and inverse lithography models. Example model types include linear regressions, logistic classifiers and deep neural networks. Training methodology will utilize prepared datasets with Jupyter notebooks.
Description
This course provides background on supervised learning applied to microlithography. A primary goal of the course is to illustrate supervised learning, inference, and validation workflow to practitioners of microlithography, using datasets and problems with which they are familiar. Example applications will include photoresist models and inverse lithography models. Example model types include linear regressions, logistic classifiers and deep neural networks. Training methodology will utilize prepared datasets with Jupyter notebooks.

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Machine Learning for Lithography - SC1264 - SPIE - Education
Bellingham, WA, USA
Machine Learning for Lithography
SC1264
Machine Learning for Lithography SC1264
This course provides background on supervised learning applied to microlithography. A primary goal of the course is to illustrate supervised learning, inference, and validation workflow to practitioners of microlithography, using datasets and problems with which they are familiar. Example applications will include photoresist models and inverse lithography models. Example model types include linear regressions, logistic classifiers and deep neural networks. Training methodology will utilize prepared datasets with Jupyter notebooks.

This course provides background on supervised learning applied to microlithography. A primary goal of the course is to illustrate supervised learning, inference, and validation workflow to practitioners of microlithography, using datasets and problems with which they are familiar. Example applications will include photoresist models and inverse lithography models. Example model types include linear regressions, logistic classifiers and deep neural networks. Training methodology will utilize prepared datasets with Jupyter notebooks.

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Technical Specifications

  SPIE - Education
Product Category Technical Courses and Programs
Product Number SC1264
Product Name Machine Learning for Lithography
Type Course
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