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1
Effective Utilization and Assessment of Machine Learning Marketplaces.
Effective Utilization and Assessment of Machine Learning Marketplaces.
Chen, Lingjiao. | Stanford University. | 2024
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2
Multi-TB/S Interconnects Exploiting Coherence of Optical Frequency Combs.
Multi-TB/S Interconnects Exploiting Coherence of Optical Frequency Combs.
Chen, Elizabeth Ying Hsuan. | Stanford University. | 2024
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3
Breaking the Privacy-Communication-Accuracy Trilemma in Federated Learning and Analytics.
Breaking the Privacy-Communication-Accuracy Trilemma in Federated Learning and Analytics.
Chen, Wei-Ning. | Stanford University. | 2024
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4
Advances in Data-Driven Financial Econometrics and Item Response Theory: Theory and Applications- [electronic resource]
Advances in Data-Driven Financial Econometrics and Item Response Theory: Theory and Applications- [electronic resource]
Liu, Chenru. | Stanford University. | 2021
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5
Essays in Labor and Family Economics- [electronic resource]
Essays in Labor and Family Economics- [electronic resource]
Rong, Maxwell Chenming. | Stanford University. | 2023
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6
Principled Algorithms for Domain Adaptation and Generalization- [electronic resource]
Principled Algorithms for Domain Adaptation and Generalization- [electronic resource]
Chen, Yining. | Stanford University. | 2023
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7
Non-Destructive Analysis of Ic Bond Pad Structures Using Signal Processing of Acoustic Emission Signatures and Finite Element Analysis.
Non-Destructive Analysis of Ic Bond Pad Structures Using Signal Processing of Acoustic Emission Signatures and Finite Element Analysis.
Liu, Chen. | Stanford University. | 2022
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8
High Precision Photoemission Study of Overdoped Bi2212 Superconductors.
High Precision Photoemission Study of Overdoped Bi2212 Superconductors.
Chen, Sudi. | Stanford University. | 2021
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9
Molecular Imaging Based on Target-Enabled in Situ Ligand Aggregation for Monitoring Therapeutic Responses in Vivo.
Molecular Imaging Based on Target-Enabled in Situ Ligand Aggregation for Monitoring Therapeutic Responses in Vivo.
Chen, Zixin. | Stanford University. | 2020
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10
A Mass-conserving, Cut-Cell Method to Simulate Scour Formation with Vertical Cartesian Coordinates.
A Mass-conserving, Cut-Cell Method to Simulate Scour Formation with Vertical Cartesian Coordinates.
Chen, Wenhao. | Stanford University. | 2021
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