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Toan Dinh Minh

mtoan65

  •  Vietnam
  •  Da Nang University of Science and Technology
  •  Information Technology Faculty
Statistics
  • Member for 1 year, 1 month
  • 15 challenge submissions

Activity Overview

CHAOS Logo
CHAOS
Challenge User

In this challenge, you segment the liver in CT data, and segment liver, spleen, and kidneys in MRI data.

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QUBIQ
Challenge User

Quantification of Uncertainties in Biomedical Image Segmentation Challenge

QUBIQ21 Logo
QUBIQ2021
Challenge User

Quantification of Uncertainties in Biomedical Image Segmentation Challenge 2021

PI-CAI Logo
The PI-CAI Challenge
Challenge User

Artificial Intelligence and Radiologists at Prostate Cancer Detection in MRI

AMOS22 Logo
Multi-Modality Abdominal Multi-Organ Segmentation Challenge 2022
Challenge User

PANORAMA Logo
PANORAMA
Challenge User

Artificial Intelligence and Radiologists at Pancreatic Cancer Diagnosis in CT

DRAGON Logo
Diagnostic Report Analysis: General Optimization of NLP
Challenge User

ACOUSLIC-AI Logo
Abdominal Circumference Operator-agnostic UltraSound measurement
Challenge User

LEOPARD Logo
The LEOPARD Challenge
Challenge User

AutoPET-III Logo
AutoPET III
Challenge User

ToothFairy2 Logo
ToothFairy2: Multi-Structure Segmentation in CBCT Volumes
Challenge User

This is the second edition of the ToothFairy challenge organized by the University of Modena and Reggio Emilia with the collaboration of Radboud University Medical Center. The challenge is hosted by grand-challenge and is part of MICCAI2024.

PENGWIN Logo
Pelvic Bone Fragments with Injuries Segmentation Challenge
Challenge User

Pelvic fracture segmentation in CT and X-ray

topcow24 Logo
TopCoW 2024 Challenge
Challenge User

Segment, classify, and detect the Circle of Willis (CoW) for both CTA and MRA

SELMA3D Logo
Self-supervised learning for 3D light-sheet microscopy image seg
Challenge User

CURVAS Logo
Calibration and Uncertainty for multiRater Volume Assessment in
Challenge User

PUMA Logo
PUMA: Panoptic segmentation of nUclei and tissue in MelanomA
Challenge User

The PUMA Challenge aims to enhance nuclei and tissue segmentation in melanoma histopathology, addressing the need for better prognostic biomarkers to predict treatment responses. Melanoma, a highly aggressive skin cancer, often requires immune checkpoint inhibition therapy, but only half of patients respond. Prognostic biomarkers like tumor infiltrating lymphocytes (TILs) correlate with better therapy responses and lower recurrence rate, but manual TIL scoring is subjective and inconsistent. Current deep learning methods underperform. The PUMA dataset includes annotated primary and metastatic melanoma regions to improve segmentation techniques. The challenge includes two tracks with tasks focused on tissue and nuclei segmentation, encouraging advanced methods to improve predictive accuracy.

BONBID-HIE2024 Logo
2nd BONBID-HIE Challenge for HIE Outcome Prediction and Lesion S
Challenge User

TrackRad2025 Logo
TrackRad: Real-time tumor tracking for MRI-guided radiotherapy
Challenge User

UNICORN Logo
UNICORN
Challenge User

Grand challenge on benchmarking vision-language foundation models in the digital pathology and radiology domain

LUNA25 Logo
The LUNA25 Challenge
Challenge User

BFA Logo
Beyond FA
Challenge User

CHIMERA Logo
CHIMERA
Challenge User

HECKTOR25 Logo
HEad and neCK TumOR Lesion Segmentation, Diagnosis and Prognosis
Challenge User

HECKTOR 2025 is the next iteration of a medical imaging challenge focused on improving automated analysis of head and neck cancer using multimodal PET/CT data. The challenge features three complementary tasks that span the clinical workflow: automatic detection and segmentation of primary tumors and lymph nodes, prediction of recurrence-free survival using imaging and clinical data, and diagnosis of HPV status, which is crucial for treatment decisions. The 2025 edition significantly expands on previous challenges with a larger dataset exceeding, refined evaluation metrics that better assess both detection and segmentation capabilities, and the addition of radiotherapy planning dose maps as an information channel. This challenge aims to advance the development of clinical tools that can aid in treatment planning, outcome prediction, and diagnosis in head and neck cancer patients, ultimately supporting more personalized patient management approaches.

DEEP-PSMA Logo
Deep-learning Evaluation for Enhanced Prognostics - PSMA PET
Challenge User

PANTHER Logo
PANTHER Challenge
Challenge User

autopet-iv Logo
autoPET/CT IV
Challenge User

Automated Lesion Segmentation in PET/CT - The human frontier

ODELIA2025 Logo
ODELIA BREAST MRI Challenge 2025
Challenge User

Classification of breast MRI studies on a heterogeneous dataset

REG2025 Logo
REport Generation in pathology using Pan-Asia Giga-pixel WSIs
Challenge User

This project focuses on advancing automated pathology report generation using vision-language foundation models. It addresses the limitations of traditional NLP metrics (e.g., BLEU, METEOR, ROUGE) by emphasizing clinically relevant evaluation. The initiative includes standardized datasets, expert comparisons, and medical-domain-specific metrics to assess model performance. It also explores the integration of generated reports into diagnostic workflows with clinical feedback. To support fairness and generalizability, the challenge dataset comprises ~20,500 cases from six medical centers in Korea, Japan, India, Turkey, and Germany, promoting multicultural and multiethnic medical AI development.

CURVAS-PDACVI Logo
CURVAS-Pancreatic Adenocarcinoma Vascular Invasion
Challenge User

AIMS-TBI25 Logo
Automated Identification of Mod-Sev TBI Lesions 2025
Challenge User

DehazingEcho2025 Logo
Dehazing Echocardiography Challenge 2025
Challenge User

t3challenge25 Logo
The Trauma THOMPSON Challenge 2025
Challenge User

TopBrain2025 Logo
TopBrain Segmentation Challenge for Whole Brain Vessel Anatomy
Challenge User

Segment over 40 landmark brain vessel anatomies for both CTA and MRA

ToothFairy3 Logo
ToothFairy3: Multi-Class Segmentation in CBCT Volumes
Challenge User

ToothFairy3, part of the ODIN2025 challenge cluster at MICCAI2025, advances CBCT segmentation with an expanded 77-class dataset and a new emphasis on computational efficiency. It introduces two tasks: a runtime-aware multi-structure segmentation and a novel interactive track for Inferior Alveolar Canal (IAC) segmentation using minimal user input. The challenge supports the development of both automated and prompt-based interactive AI tools to enhance clinical workflows in dentistry and maxillofacial surgery.

RARE25 Logo
RARE25
Challenge User

Recognition of Anomalies in low-pREvalance cancer

MIDOG2025 Logo
Mitosis Domain Generalization Challenge 2025
Challenge User

Lung nodule detection for routine clinical CT scans Logo
Lung nodule detection for routine clinical CT scans
Algorithm User

Deep learning for the detection of pulmonary nodules in chest CT scans

HeviAI (A. Karagoz, et al.; Turkey) algorithm trained on PI-CAI: Private and Public Training Dataset Logo
HeviAI (A. Karagoz, et al.; Turkey) algorithm trained on PI-CAI: Private and Public Training Dataset
Algorithm User

PI-CAI: Baseline nnU-Net (semi-supervised) trained on PI-CAI: Private and Public Training Dataset Logo
PI-CAI: Baseline nnU-Net (semi-supervised) trained on PI-CAI: Private and Public Training Dataset
Algorithm User

PI-CAI: Baseline nnDetection (semi-supervised) trained on PI-CAI: Private and Public Training Dataset Logo
PI-CAI: Baseline nnDetection (semi-supervised) trained on PI-CAI: Private and Public Training Dataset
Algorithm User

BDAV_Y (Y. Yuan, et al.; Australia) algorithm trained on PI-CAI: Private and Public Training Dataset Logo
BDAV_Y (Y. Yuan, et al.; Australia) algorithm trained on PI-CAI: Private and Public Training Dataset
Algorithm User

Swangeese (H. Kan, et al.; China) algorithm trained on PI-CAI: Private and Public Training Dataset Logo
Swangeese (H. Kan, et al.; China) algorithm trained on PI-CAI: Private and Public Training Dataset
Algorithm User

PIMed-Stanford (X. Li, S. Vesal, S. Saunders, et al.; USA) algorithm trained on PI-CAI: Private and Public Training Dataset Logo
PIMed-Stanford (X. Li, S. Vesal, S. Saunders, et al.; USA) algorithm trained on PI-CAI: Private and Public Training Dataset
Algorithm User

PI-CAI: Baseline U-Net (supervised) trained on PI-CAI: Private and Public Training Dataset Logo
PI-CAI: Baseline U-Net (supervised) trained on PI-CAI: Private and Public Training Dataset
Algorithm User

PI-CAI: Baseline U-Net (semi-supervised) trained on PI-CAI: Private and Public Training Dataset Logo
PI-CAI: Baseline U-Net (semi-supervised) trained on PI-CAI: Private and Public Training Dataset
Algorithm User

PI-CAI: Baseline nnDetection (supervised) trained on PI-CAI Private and Public Training Dataset Logo
PI-CAI: Baseline nnDetection (supervised) trained on PI-CAI Private and Public Training Dataset
Algorithm User

PI-CAI: Baseline nnDetection (supervised) trained on PI-CAI Private and Public Training Dataset