| [01] |
KUROSAWA Reo |
Research and Development toward Practical Quantum Computing |
| [02] |
Udaka Ayas Manawadu |
Dexterous Manipulation from Object Recognition and Accurate Pose Estimation using RGB-D Data |
| [03] |
Feng Zongyao |
Cough Detection and Monitoring using DNN |
| [04] |
Takuya Sukegawa |
Estimation of Drivers’ Cognitive Load Through Foot Placement Analysis in a Car-Sharing Service |
| [05] |
Boyuan Peng |
Classification of Femurs in MRI Images from malignant lymphoma patients using deep learning |
| [06] |
Koichiro IBUKA |
Online Lunar Map for Unexplored North and South Poles by Machine Learning |
| [07] |
Koki HIROOKA |
Identifying ADHD for Children With Coexisting ASD From fNIRs Signals Using Deep Learning Approach |
| [08] |
Fahao Chen |
DGC: Training Dynamic Graphs with Spatio-Temporal Non-Uniformity using Graph Partitioning by Chunks |
| [09] |
Brendan Cowan |
Enhancing Programming Learning with LLMs: Prompt Engineering and Flipped Interaction |
| [10] |
Hong Zhao |
Research on Key Agreement Adapted to Different Scenarios |
| [11] |
Kai Su |
An Efficient Method for Object Localization and Classification on Edge Devices |
| [12] |
Taisei Shibakura |
Automatic Production of the Geologic Classification Map of the Moon based on the Kaguya/SP data |
| [13] |
Eri Miyaoka, Atsuki Yanada |
Knowledge Experience Model for Designing Data Exploration Tools in Museums |
| [14] |
Zeping Yu |
An E-Textile-Integrated Glove for Visualizing Pressure |
| [15] |
Kazuma Sato |
Object Recognition with Tactile Data Glove |
| [16] |
Kazuki Tejima |
Predicting Traffic Congestion in Transportation Networks |
| [17] |
So Nakamura |
To be determined |
| [18] |
Suzuki Shota |
Discovering Traffic Congestion Patterns in Big Transportation Networks |
