
Last modified: 2025-09-29 10:33:36
Data science has been rapidly developing in recent years as the fourth science following experimental science, theoretical science, and computational science. In the field of chemical engineering, data-driven science, which derives superior materials and processes by making full use of a large amount of accumulated data and information, is becoming increasingly important, and many efforts are being made. This symposium will have speakers who are making pioneering efforts toward a data-driven society from various viewpoints and discuss future research and development.
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Hall CD, Day 1 | |||||
| (9:20–10:20) (Chair: | |||||
| CD102 | High-resolution flow analysis in cell culture tanks using a combination of PINNs and CFD | Suspension culture Computational flow dynamics Neural Networks | ST-21 | 171 | |
| CD103 | Prediction of electrostatic inkjet printing characteristics using CNN with electric field distribution as input | Electrostatic inkjet Convolutional Neural Networks Electric field distribution | ST-21 | 97 | |
| CD104 | Novel feature suggestion for Predictive Model of the Bacterial Reverse Mutation Test | Machine Learning Variational Autoencoder COSMO method | ST-21 | 744 | |
| Break | |||||
| (10:40–12:00) (Chair: | |||||
| CD106 | [Invited lecture] Practical studies of data-driven materials research based on accelerating the data cycle | autonomous experiment machine learning potential spectral analysis | ST-21 | 939 | |
| CD108 | [Invited lecture] Accelerating Catalyst Development through High-Throughput Experiments | Catalyst development High-throughput screening Autonomous experimentation | ST-21 | 935 | |
| (13:00–14:20) (Chair: | |||||
| CD113 | [Invited lecture] Machine learning-enabled spectroscopy and materials discovery | Machine learning XANES/ELNES Materials discovery | ST-21 | 938 | |
| CD115 | [Invited lecture] Optimization Applications in Business and Information Systems | Optimization Problems Combinatorial Optimization Business Applications | ST-21 | 946 | |
| (14:20–16:20) (Chair: | |||||
| CD117 | [Invited lecture] Perspectives and Challenges in Laboratory Automation Supporting Data-Driven Science in the field of Biotechnology | Laboratory automation Biotechnology Data-Driven Science | ST-21 | 945 | |
| Break | |||||
| CD120 | Development of automated and autonomous experimental systems for electrode slurry: challenges and approaches | automatic and autonomous laboratory slurry viscosity | ST-21 | 346 | |
| CD121 | A Heterogeneous Transfer Learning Approach for Manufacturing Method Transitions in Pharmaceutical Processes | Heterogeneous Transfer Learning Manufacturing Method Transition Pharmaceutical Manufacturing | ST-21 | 471 | |
| CD122 | Development of a method for predicting drug-drug interactions using food ingredients as substitute for negative data | Drug-drug interaction Machine learning Positive-unlabeled learning | ST-21 | 178 | |
| Hall CD, Day 2 | |||||
| (9:00–10:20) (Chair: | |||||
| CD201 | Improvement of reaction mechanism prediction by chemical reaction neural network and its extension to heterogeneous catalytic reaction systems | chemical reaction neural network kinetic model heterogeneous catalyst | ST-21 | 923 | |
| CD202 | Machine Learning for Flow Suzuki Coupling Reactions Using Immobilized Pd Catalysts | Polymer immobilized Pd catalyst Machine learning Process optimization | ST-21 | 469 | |
| CD203 | Development of uncertainty quantification methods using sequential Monte Carlo methods and demonstration in reactor modeling | Sequential Monte Carlo Uncertainty quantification Methanation | ST-21 | 763 | |
| CD204 | Applications of transfer learning in catalyst and polymer development | transfer learning machine learning data driven approach | ST-21 | 746 | |
| Break | |||||
| (10:40–12:00) (Chair: | |||||
| CD206 | Machine Learning-Aided Prediction of the Lower Critical Solution Temperature of Thermoresponsive Copolymers | Thermoresponsive polymer Lower critical solution temperature Machine learning | ST-21 | 31 | |
| CD207 | (withdrawn) | 100 | 527 | ||
| CD208 | High-Accuracy Building Electricity Demand Forecasting Using Group Encoding for High-Dimensional Binary Data | group encoding demand forecasting big data | ST-21 | 936 | |
| CD209 | Prediction of ultrafiltration membrane fouling and optimization of operating conditions using machine learning models | Machine Learning Ultrafiltration Membrane Fouling | ST-21 | 235 | |
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SCEJ 56th Autumn Meeting (Tokyo, 2025)
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