| [01] |
MATSUMOTO Masahiro |
Classification of Hand-Movement Disabilities in Parkinson's Disease Using a Motion-Capture Device and Machine Learning |
| [02] |
NGUYEN Van Tinh |
Adaptive Rate/Power Control with ML-based Channel Prediction for Optical Satellite Systems |
| [03] |
LUO SHIHAO |
The overall quality prediction on AIGI |
| [04] |
Onuoha Chibuike Martins |
Quality Evaluation of Neural Radiance Field |
| [05] |
Yuga Hanyu |
Distributed AI computing: ensemble learning and cross-device inference |
| [06] |
Ryoji Kobayashi |
Power-efficient AI computing with Approximate Spiking Neural Networks |
| [07] |
kaito nakashima |
Semantic Segmentation of 3D point clouds using the SAM model |
| [08] |
ARAI Takaaki |
Development of Multi-modal AI Teaching Assistant Agentic System |
| [09] |
Keisuke Utsumi |
Effect of Ontology-Based Data Augmentation on Code Generation with LLM and Automatic Generation |
| [10] |
Rumesh Weerakoon |
Simplifying Legal Verbiage: Improving Legal Corpus Communication through Ontology-assisted Language Models |
| [11] |
Nnadi Leonard Chukwualuka |
Prediction of Students’ Adaptability Using Explainable AI in Educational Machine Learning Models |
| [12] |
Muepu Mukendi Daniel |
From Code to Ratings: Converting Programming Data to Enhance Collaborative Filtering in Educational Online Judge Systems |
| [13] |
TAMURA Kazuma |
Advancing Authorship Attribution: A Tool for Human-Guided, Automated, and Explainable AI Analysis |
| [14] |
Ramon Vilardell Bellés |
New Version of HEAT: Calibration and Visualization Tool for Thermal Imagers on Hayabusa2 and Hera |
| [15] |
James Pinkl |
Didactic Application of Mixed Reality for Drumming and Polyrhythms |
| [16] |
TANG Li |
Transforming accented to unaccented speech |
| [17] |
MARRIMANU Charan Teja |
Building Energy Efficient Traffic Congestion Prediction System |
| [18] |
Suzuki Shota |
Discovering Traffic Congestion Patterns in Big Transportation Networks |
