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US Patent 11062180 Complexity-based progressive training for machine vision models

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Patent abstractTimelineTable: Further ResourcesReferences
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Patent
Patent

Patent attributes

Patent Jurisdiction
United States Patent and Trademark Office
United States Patent and Trademark Office
Patent Number
11062180
Patent Inventor Names
Weilin Huang9
Haozhi Zhang9
Matthew R. Scott9
Sheng Guo9
Chenfan Zhuang9
Dengke Dong9
Dinglong Huang9
Date of Patent
July 13, 2021
Patent Application Number
16079472
Date Filed
July 18, 2018
Patent Citations
‌
US Patent 10607116 Automatically tagging images to create labeled dataset for training supervised machine learning models
1
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US Patent 10655978 Controlling an autonomous vehicle based on passenger behavior
2
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US Patent 10846523 System and method of character recognition using fully convolutional neural networks with attention
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US Patent 10740694 System and method for capture and adaptive data generation for training for machine vision
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US Patent 10860836 Generation of synthetic image data for computer vision models
7
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US Patent 10055673 Method and device for processing an image of pixels, corresponding computer program product and computer-readable medium
8
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US Patent 10417533 Selection of balanced-probe sites for 3-D alignment algorithms
Patent Primary Examiner
‌
Amir Alavi
Patent abstract

Methods and systems for training machine vision models (MVMs) with “noisy” training datasets are described. A noisy set of images is received, where labels for some of the images are “noisy” and/or incorrect. A progressively-sequenced learning curriculum is designed for the noisy dataset, where the images that are easiest to learn machine-vision knowledge from are sequenced near the beginning of the curriculum and images that are harder to learn machine-vision knowledge from are sequenced later in the curriculum. An MVM is trained via providing the sequenced curriculum to a supervised learning method, so that the MVM learns from the easiest examples first and the harder training examples later, i.e., the MVM progressively accumulates knowledge from simplest to most complex. To sequence the curriculum, the training images are embedded in a feature space and the “complexity” of each image is determined via density distributions and clusters in the feature space.

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