22 results on '"Zhang, Chengyun"'
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2. PepScaf: Harnessing Machine Learning with In Vitro Selection toward De Novo Macrocyclic Peptides against IL-17C/IL-17RE Interaction
3. Self-Supervised Molecular Pretraining Strategy for Low-Resource Reaction Prediction Scenarios
4. Virtual data augmentation method for reaction prediction in small dataset scenario
5. New Application of Natural Language Processing（NLP）for Chemist Predicting Intermediate and Providing an Effective Direction for Mechanism Inference
6. From Theory to Experiment: Transformer-Based Generation Enables Rapid Discovery of Novel Reactions
7. From Theory to Experiment: Transformer-Based Generation Enables Rapid Discovery of Novel Reactions
8. Self-supervised molecular pretraining strategy for low-resource reaction prediction scenarios
9. Self-supervised molecular pretraining strategy for reaction prediction in low-resource scenarios
10. Reproducing the invention of a named reaction: zero-shot prediction of unseen chemical reactions
11. Reproducing the Invention of a Named Reaction: Predicting Unseen Chemical Reactions via Zero-Shot Learning
12. Reproducing the Invention of a Named Reaction: Predicting Unseen Chemical Reactions via Zero-Shot Learning
13. A Graph-Convolutional Neural Network for Addressing Small-Scale Reaction Prediction
14. A Graph-Convolutional Neural Network for Addressing Small-Scale Reaction Prediction
15. Data Augmentation and Transfer Learning Strategies for Reaction Prediction in Low Chemical Data Regimes
16. Data Augmentation and Transfer Learning Strategies for Reaction Prediction in Low Chemical Data Regimes
17. Transformer: Linking Atom Mapping and Neural Machine Translation
18. Transformer: Linking Atom Mapping and Neural Machine Translation
19. Forward Reaction Prediction as Reverse Verification: A Novel Approach to Retrosynthesis
20. Forward Reaction Prediction as Reverse Verification: A Novel Approach to Retrosynthesis
21. Plasmon-Driven Catalysis on Molecules and Nanomaterials
22. Hot-Electron Intraband Luminescence from GaAs Nanospheres Mediated by Magnetic Dipole Resonances
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