Automated optical inspection (AOI) image classification method, system and computer-readable media
First Claim
1. An automated optical inspection (AOI) image classification method including:
- feeding a plurality of NG information of a plurality of samples from an AOI device into an artificial intelligence (AI) training module;
performing discrete output on the plurality of NG information of the samples by the AI training module to generate a plurality of classification information of the samples;
performing kernel function on the plurality of classification information of the samples by the AI training module to calculate respective similarity distances of the samples and to perform weighting analysis;
performing classification determination based on weight analysis results of the samples, to determine respective classification results of the samples; and
based on the respective classification results of the samples, classifying the samples;
wherein the step of calculating respective similarity distances of the samples includes;
calculating a plurality of similarity distances between the classification information of the samples and a plurality of ideal classification.
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Accused Products
Abstract
An automated optical inspection (AOI) image classification method includes sending a plurality of NG information of a plurality of samples from an AOI device into an Artificial Intelligence (AI) module; performing discrete output calculation on the NG information of the samples by the AI module to obtain a plurality of classification information of the samples; performing kernel function calculation on the classification information of the samples by the AI module to calculate respective similarity distances of the samples and performing weighting analysis; based on weighting analysis results of the samples, judging classification results of the samples; and based on the classification results of the samples, performing classification of the samples.
12 Citations
9 Claims
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1. An automated optical inspection (AOI) image classification method including:
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feeding a plurality of NG information of a plurality of samples from an AOI device into an artificial intelligence (AI) training module; performing discrete output on the plurality of NG information of the samples by the AI training module to generate a plurality of classification information of the samples; performing kernel function on the plurality of classification information of the samples by the AI training module to calculate respective similarity distances of the samples and to perform weighting analysis; performing classification determination based on weight analysis results of the samples, to determine respective classification results of the samples; and based on the respective classification results of the samples, classifying the samples; wherein the step of calculating respective similarity distances of the samples includes;
calculating a plurality of similarity distances between the classification information of the samples and a plurality of ideal classification. - View Dependent Claims (2, 3, 4, 5, 7)
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6. An automated optical inspection (AOI) image classification system including:
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an AOI device, for performing automated optical inspection on a plurality of samples to obtain respective OK information or NG information of the samples; and an artificial intelligence (AI) training module coupled to the AOI device, the AI training module receiving the plurality of NG information of the samples from the AOI device, the AI training module performing discrete output on the NG information of the samples to generate a plurality of classification information of the samples, the AI training module performing kernel function on the plurality of classification information of the samples to calculate respective similarity distances of the samples and to perform weighting analysis, and the AI training module performing classification determination based on weight analysis results of the samples, to determine respective classification results of the samples; wherein the AI training module calculates a plurality of similarity distances between the classification information of the samples and a plurality of ideal classification. - View Dependent Claims (8, 9)
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Specification