80 |
IF250098 |
Md Ashraful Alam |
The University of Tokyo |
Integration of PET-derived metrics and machine learning algorithms for predicting liver abnormalities |
81 |
IF250102 |
Hinako Noguchi |
Kindai University |
Visualization of Embedded Information on Psychological Diseases in AMPA Receptor PET Using UMAP with Modified Manifold Structure with Diseases Labels |
82 |
IF250125 |
Hirotaka Wakao |
Tokyo University of Agriculture and Technology |
Improvement in Dementia Classification Accuracy of Brain SPECT Volumes by combining Different Brain Structures |
83 |
IF250078 |
Toyohiro Maki |
Nagoya Institute of Technology |
Pial Surface based Electric Field Regression with Graph Neural Networks for Transcranial Magnetic Stimulation |
84 |
IF250105 |
Akihiro Miura |
Nara Institute of Science |
Estimation of Swallowing and Chewing-Related Anatomical Structures from Head Surface Using Statistical Shape Model with Linear and Nonlinear Regression Methods |
85 |
IF250031 |
Rintaro Miyazaki |
Nagoya University |
Modeling of Fat Tissue Using Textured Transparent Particles for Laparoscopic Surgery Simulations |
86 |
IF250114 |
Narumi Kihara |
Kyushu Institute of Technology |
Segmentation of Facial Parts from 3D Point Cloud Using Point Transformer V3 Trained with Synthetic Data |
87 |
IF250090 |
Keisuke Tsukagawa |
Kobe University |
Prediction of Tumor Growth Using MRI and Cellular Automaton Models Considering Tumor Characteristics |
88 |
IF250068 |
So Hyeon Lee |
Gachon University |
AI Techniques for Stenosis Detection and Presence Analysis in MRI: Focus on Central and Lateral Stenosis Regions |
89 |
IF250094 |
Zhe Wu |
Nagasaki University |
Knowledge Distillation from Medical Foundation Model for Guiding Discriminative Feature Extraction |
90 |
IF250131 |
Atsushi Teramoto |
Meijo University |
Bi-Directional Generation Between Images and Their Finding in Lung Cytological Images |
91 |
IF250016 |
Inyeop Jeon |
Artificial Intelligence Research Center/Chuncheon Sacred Heart Hospital,/Hallym University College of Medicine |
Leveraging natural language processing to classify patient with loss of consciousness in electronic medical records |
92 |
IF250120 |
Naoki KUBO |
Tokyo University of Agriculture and Technology |
Classification of Skin Diseases using a Vision Language Model |
93 |
IF250082 |
Ahmed ELBoardy |
University of Hyogo |
Performance Assessment of Open-Source Large Language Models in Brain Cancer Radiology Report Generation from MRI Screenings |
94 |
IF250073 |
Jun Young Park |
GAIHST |
Multimodal AI-Based Report Generation Using X-ray, CT Images, and Metadata for Pediatric Abdominal Mass |
95 |
IF250081 |
Keita Takeda |
Nagasaki University |
Do medical VLMs discover discriminative features in multi-modal medical images? |
96 |
IF250018 |
Nao Imaizumi |
Gunma Prefectural College of Health Sciences |
Development of a Retrieval-Augmented Generation-Based Conversational AI System for Addressing Patient Inquiries in Nuclear Medicine; Preliminary study |
97 |
IF250042 |
Gihyeon Kim |
Ewha Womans University |
Language and Attention-based Models Enable Advanced Prediction of Peptide-HLA binding |
98 |
IF250047 |
joonhyeok yoon |
Seoul National University |
Clinical dementia rating classification using vision-language multimodal |
99 |
IF250095 |
Kanata Watanabe |
Meijo University |
Caption Generation of Gastric Lesions in Endoscopic Images Using BLIP |
100 |
IF250083 |
Chuanyu Qi |
Nagoya University |
RLHF-based Q&A Pairs generation from Finding Texts of Abdominal CT images for Fine-Tuning of Medical Large Multimodal Models |
101 |
IF250116 |
Akari Kadono |
Tokyo University of Agriculture and Technology |
Diagnostic Support for Axial Spondyloarthritis on MRI Images Using a Vision Language Model |
102 |
IF250130 |
Yui Sasaki |
Tokyo University of Agriculture and Technology |
Vision Language Model for Diagnostic Support of PET-CT Images |
103 |
IF250088 |
Shota Kawakami |
Nagoya University |
Machine Learning for Classifying and Generating Videos of Pathological Image Observation Process |
104 |
IF250085 |
Kazuho Iida |
Nagasaki University |
Detection and Classification of Ciliary Cross-Sectional Ultrastructure in Electron Microscopy for PCD Diagnosis |
105 |
IF250035 |
Takuya Tajima |
Tokyo City University |
Investigation of the relationship between the size and outflow of drugs in AAA |
106 |
IF250091 |
Takumi Ishibashi |
Nagasaki University |
Feature Learning for Scoring Ultrasound Images in Sjören's Syndrome |
107 |
IF250038 |
Yukihiro Nomura |
Chiba University |
Preliminary study of computer?aided diagnosis for laryngopharyngeal reflux in laryngeal endoscopy using deep learning |
108 |
IF250028 |
Izumi Ogura |
Nara Institute of Science and Technology , Shiga University |
Preliminary Study on Quantitative Analysis of Pharyngeal Contraction in Swallowing 4-dimensional Computed Tomography |
109 |
IF250021 |
YongCheol Mo |
Artificial Intelligence Research Center/Chuncheon Sacred Heart Hospital,/Hallym University College of Medicine |
Developing a diagnostic model for ischemic stroke using MRA imaging and clinical features |
110 |
IF250076 |
Anton Schwarz |
Kyushu University, Heidelberg University |
Stratification of Prostate Cancer Patients into High?grade and Low?grade Patients Using Fractal Dimension Analysis of Histological Images |
111 |
IF250086 |
Mikiya Hisamatsu |
Aichi Institute of Technology |
Development of a simulator for panorama vision system |
112 |
IF250071 |
Supanuch Patipipittana |
Chulalongkorn University |
Head-to-Head Comparison of Handcrafted and Deep Learning-based Radiomics in Tumor Prognostic Prediction: A Preliminary Result in Nasopharyngeal Cancer |
113 |
IF250115 |
Kana Hirose |
Tokyo University |
Classification of Photographic Skin Images of Connective Tissue Diseases based on Similarities between Diseases |
114 |
IF250084 |
Shunya Mutsuda |
Kanazawa Institute of Technology |
Pathological Image Analysis Technology that Creates High-Resolution Annotations to Support AI-Assisted Diagnosis |
115 |
IF250065 |
Daisuke Watanabe |
Nara Institute of Science and Technology |
Measurement of Pelvic Tilt Angles from a Single Plain Radiograph using Dual-Face Depth-Map Estimation |
116 |
IF250108 |
Koki Muranaka |
Kindai University |
Preliminary study of computer-aided detection system development by automatic lesion annotation from weak teacher data |
117 |
IF250017 |
Manami Umezu |
Niigata Cancer Center Hospital, Niigata University |
Use of artificial intelligence for prediction of breast cancer recurrence from preoperative contrast-enhanced CT and clinical information |
118 |
IF250055 |
Yunhao Cui |
Kyushu University |
Features related to three-dimensional consolidation-tumor ratios aid in categorizing solid, partially solid, and pure ground-glass pulmonary nodules |
119 |
IF250041 |
MD. ANAS ALI |
University of Hyogo |
Deep Learning for Early BPD Prediction Using Neonatal Chest X-Ray |
120 |
IF250040 |
Kenji Yoshitsugu |
University of Hyogo |
Improving the Evaluation Metrics for Mammography Benign/Malignant Classification with Consideration of Regions of Interest |
121 |
IF250054 |
Xiaozhi MA |
School of Information |
Sequence Contrastive Visual Representation for Identifying the Pathogenesis of Acute Coronary Syndromes using Coronary Angiography |
122 |
IF250012 |
Yoshiki Kawata |
Tokushima University |
Computer-aided segmentation of thoracic lymph nodes: annotation with distance transform maps in contrast-enhanced CT images |
123 |
IF250034 |
Kazuma Honda |
Hirosaki University |
PET texture analysis with spherical heterogeneous phantoms |
124 |
IF250106 |
Karen Mochizuki |
Kindai University |
Outcome prediction of extracorporeal shock wave lithotripsy with radiomics features classifier trained by supervised contrastive learning |
125 |
IF250046 |
Kamollak Teekawong |
Chulalongkorn University |
Enhancing Radiomics-based Overall Survival Prediction in Nasopharyngeal Carcinoma Using Ki-67 Biomarker |