Picture for Osamu Abe

Osamu Abe

The University of Tokyo, The Department of Radiology, The University of Tokyo Hospital

ModernBERT is More Efficient than Conventional BERT for Chest CT Findings Classification in Japanese Radiology Reports

Add code
Mar 07, 2025
Figure 1 for ModernBERT is More Efficient than Conventional BERT for Chest CT Findings Classification in Japanese Radiology Reports
Figure 2 for ModernBERT is More Efficient than Conventional BERT for Chest CT Findings Classification in Japanese Radiology Reports
Figure 3 for ModernBERT is More Efficient than Conventional BERT for Chest CT Findings Classification in Japanese Radiology Reports
Figure 4 for ModernBERT is More Efficient than Conventional BERT for Chest CT Findings Classification in Japanese Radiology Reports
Viaarxiv icon

Development of a Large-scale Dataset of Chest Computed Tomography Reports in Japanese and a High-performance Finding Classification Model

Add code
Dec 20, 2024
Figure 1 for Development of a Large-scale Dataset of Chest Computed Tomography Reports in Japanese and a High-performance Finding Classification Model
Figure 2 for Development of a Large-scale Dataset of Chest Computed Tomography Reports in Japanese and a High-performance Finding Classification Model
Figure 3 for Development of a Large-scale Dataset of Chest Computed Tomography Reports in Japanese and a High-performance Finding Classification Model
Figure 4 for Development of a Large-scale Dataset of Chest Computed Tomography Reports in Japanese and a High-performance Finding Classification Model
Viaarxiv icon

Zero-shot 3D Segmentation of Abdominal Organs in CT Scans Using Segment Anything Model 2: Adapting Video Tracking Capabilities for 3D Medical Imaging

Add code
Aug 12, 2024
Viaarxiv icon

Local Differential Privacy Image Generation Using Flow-based Deep Generative Models

Add code
Dec 20, 2022
Figure 1 for Local Differential Privacy Image Generation Using Flow-based Deep Generative Models
Figure 2 for Local Differential Privacy Image Generation Using Flow-based Deep Generative Models
Figure 3 for Local Differential Privacy Image Generation Using Flow-based Deep Generative Models
Figure 4 for Local Differential Privacy Image Generation Using Flow-based Deep Generative Models
Viaarxiv icon

Aging prediction using deep generative model toward the development of preventive medicine

Add code
Aug 23, 2022
Figure 1 for Aging prediction using deep generative model toward the development of preventive medicine
Figure 2 for Aging prediction using deep generative model toward the development of preventive medicine
Figure 3 for Aging prediction using deep generative model toward the development of preventive medicine
Figure 4 for Aging prediction using deep generative model toward the development of preventive medicine
Viaarxiv icon

X2CT-FLOW: Reconstruction of multiple volumetric chest computed tomography images with different likelihoods from a uni- or biplanar chest X-ray image using a flow-based generative model

Add code
Apr 09, 2021
Figure 1 for X2CT-FLOW: Reconstruction of multiple volumetric chest computed tomography images with different likelihoods from a uni- or biplanar chest X-ray image using a flow-based generative model
Figure 2 for X2CT-FLOW: Reconstruction of multiple volumetric chest computed tomography images with different likelihoods from a uni- or biplanar chest X-ray image using a flow-based generative model
Figure 3 for X2CT-FLOW: Reconstruction of multiple volumetric chest computed tomography images with different likelihoods from a uni- or biplanar chest X-ray image using a flow-based generative model
Figure 4 for X2CT-FLOW: Reconstruction of multiple volumetric chest computed tomography images with different likelihoods from a uni- or biplanar chest X-ray image using a flow-based generative model
Viaarxiv icon

KART: Privacy Leakage Framework of Language Models Pre-trained with Clinical Records

Add code
Dec 31, 2020
Figure 1 for KART: Privacy Leakage Framework of Language Models Pre-trained with Clinical Records
Figure 2 for KART: Privacy Leakage Framework of Language Models Pre-trained with Clinical Records
Figure 3 for KART: Privacy Leakage Framework of Language Models Pre-trained with Clinical Records
Figure 4 for KART: Privacy Leakage Framework of Language Models Pre-trained with Clinical Records
Viaarxiv icon

On the Matrix-Free Generation of Adversarial Perturbations for Black-Box Attacks

Add code
Feb 18, 2020
Figure 1 for On the Matrix-Free Generation of Adversarial Perturbations for Black-Box Attacks
Figure 2 for On the Matrix-Free Generation of Adversarial Perturbations for Black-Box Attacks
Figure 3 for On the Matrix-Free Generation of Adversarial Perturbations for Black-Box Attacks
Figure 4 for On the Matrix-Free Generation of Adversarial Perturbations for Black-Box Attacks
Viaarxiv icon