NEWS & EVENTS
【受賞情報】2024年度情報理工学研究科 優秀研究賞・研究奨励賞の受賞者発表！
2024年度情報理工学研究科 優秀研究賞・研究奨励賞の受賞者を発表いたします。
情報理工学研究科表彰は、国内外におけるインパクトの大きい研究活動を奨励し、促進するために、情報理工学研究科在籍中に優秀な研究業績を収めた者を称え、表彰する制度です。
2024年度は、厳正なる審査の結果、後期課程(D)15名、前期課程(M)18名の方が受賞されました。
受賞者および研究テーマ一覧（順不同、所属・回生は2024年度時点）
●優秀研究賞
【博士課程後期課程(D)】
| 2回生 | AI Yang | SAMA: A Self-and-Mutual Attention Network for Accurate Recurrence Prediction of Non-Small Cell Lung Cancer Using Genetic and CT Data |
| 2回生 | CHAI Shurong | A motion-aware and temporal-enhanced Spatial–Temporal Graph Convolutional Network for skeleton-based human action segmentation |
| 2回生 | 金村 一輝 | Emergence of input selective recurrent dynamics via information transfer maximization |
| 3回生 | BUI Bach Thuan | D2S: Representing sparse descriptors and 3D coordinates for camera relocalization |
| 4回生 | CHEN Peng | Joint Deep Neural Network for Single-Channel Speech Separation on Masking-Based Training Targets |
| 4回生 | LI Xiaoxuu | Enhancing Player Experience in a First-Person Shooter with Dynamic Audio Cue Adjustment Based on Gaussian Progress Regression |
| 1回生 | 西村 雅貴 | Two-Stage Diffusion Model for 3D Medical Image Segmentation |
| 2回生 | 中嶋 健翔 | Removing Snowfall Noise from Point Clouds without Considering the Nearest Neighbors |
| 2回生 | LI Xinyue | Spatio-Temporal Transformer with Hypergraph in Nursing Activity Recognition |
| 2回生 | 山田 祐里 | High-Visibility Edge-Highlighting Visualization of 3D Scanned Point Clouds Based on Dual 3D Edge Extraction |
| 2回生 | BUI Hoang Huy | Leveraging Neural Radiance Field in Descriptor Synthesis for Keypoints Scene Coordinate Regression |
●研究奨励賞
【博士課程後期課程(D)】
| 1回生 | 山口 修司 | User Verification System using Location-based Dynamic Questions for Account Recovery |
| 1回生 | ZHANG Chujie | Deterministic Guided Progressive Medical Image Cross-Modal Generation Based on Deep Learning |
| 1回生 | 木村 悠生 | OnionサイトのHTTPレスポンスを用いたダークウェブの大規模分析 |
| 2回生 | TENG Shiyu | An Intra-and Inter-Emotion Transformer-Based Fusion Model with Homogeneous and Diverse Constraints Using Multi-Emotional Audiovisual Features for Depression Detection |
| 3回生 | 元澤 海月 | Building a Facilitator Agent to Promote Understanding in Multilingual Communication |
| 3回生 | 西村 一球 | Extracting Conceptual Differences between Translation Pairs Using Multilingual WordNet |
| 3回生 | 長谷川 翔一 | 大規模言語モデルによる複数ロボットの知識統合とタスク割当を用いた現場学習のコスト削減 |
| 3回生 | FEBRI Abdullah | The First ChatGPT4PCG Competition |
| 4回生 | MURY Fajar Dewantoro | Angry Birds Level Generation to Achieve Diverse Results Having Controllable Similarity to an Example |
【博士課程前期課程(M)】
| 1回生 | 水谷 真絃 | Reduction of Noise in Reverberant Environments of Multichannel Feedforward Active Noise Control System with Optical Laser Microphone |
| 1回生 | 加藤 昴 | Construction Method of Acoustic Metadata on an Object-Based Audio Utilizing Coordinate Estimation of a Moving Sound Source |
| 1回生 | 岩上 瑞希 | Speech-Leakage Reduction for Pin-Spot Audio Based on Multiple Sideband Waves Using Comb Filters |
| 1回生 | 中野 裕貴 | Deep-Learning-Based Speech Enhancement with Rough-Focused Optical Laser Microphone by Reconstructing Complex Spectrum |
| 1回生 | 今中 崚太 | Augmented sound-image perception using pre-virtual-leading ultrasounds based on precedence effect |
| 1回生 | 利光 唯 | Location Information Sharing System on a Virtual Town Map to Enhance a Sense of Connectedness with Group Members |
| 1回生 | 北川 勘太朗 | Federated Neural Machine Translation Using Multi-Agent Reinforcement Learning |
| 1回生 | 矢野 晃祐 | Natural Language Interface for Goal-Oriented Knowledge Graphs Using Retrieval-Augmented Generation |
| 1回生 | 山本 涼太郎 | Task Assignment in Crowdsourcing Using Deep Knowledge Tracing |
| 2回生 | 池崎 陽人 | Sound-field reproduction based on virtual early reflections using parametric and electro-dynamic loudspeakers |
| 2回生 | 中野 隼汰 | Sound Quality Improvement in Visual Microphone by Emphasizing Focused Area Based on Focal Rate |
| 2回生 | SUNTICHAIKUL Pratch | Temporal Collage Prompting: A Cost-Effective Simulator-Based Driving Accident Video Recognition With GPT-4o |
| 2回生 | CHEN Siyuan | Don't Do That! Reverse Role Prompting Helps Large Language Models Stay in Personality Traits |