Early Diagnosis And Prediction Of Wafer Quality Using Machine Learning On Sub-10nm Logic Technology

Heung-Kook Ko, Sena Park, Jihyun Ryu, Sung Ryul Kim, Giwon Lee, Dongjoon Lee, Sangwoo Pae, Euncheol Lee,Yongsun Ji, Hia Jiang,Taeyoung Jeong,Taiki Uemura, Dongkyun Kwon,Hyungrok Do,Hyungu Kahng, Yoon-Sang Cho,Jiyoon Lee,Seoung Bum Kim

2020 IEEE INTERNATIONAL RELIABILITY PHYSICS SYMPOSIUM (IRPS)(2020)

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摘要
This paper proposes to use machine learning (ML) methods to predict wafer quality using Fab inline measured items, DC measurements, and DVS (Dynamic Voltage Stress) at wafer sort. With developed ML approach, the predicted accuracy is more than 80% in 8 nm products used in this study. We believe this method can be further fine-tuned to help enable ICs at the high level expected for automotive systems. By assigning predictive rankings, the method also helps enable best tooling system for higher quality
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关键词
Gradient Boosting, Machine Learning, Mice, Risk Prediction
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