KCR 2023

September 20 - 23, 2023

COEX l Seoul, Korea



See it for yourself

Imagine how your scanner could evolve.

* For investigational purpose only

FDA 510(k)-cleared

KOREA MFDS approved

  • Class B approved by the Vietnam Ministry of Health
  • Class C approved by the Indonesia Ministry of Health
  • Approved by Hong Kong MDD as Class II
  • Approved by Malaysia MDA as Class B
  • Notified to Brazil ANVISA as Class II
  • Notified to Philippines FDA as Class B
  • Cleared by UAE MOHAP as Medical Device
  • Approved by Singapore HSA as Class B
  • Approved by Saudi Arabia SFDA as Class B
  • Approved by Thailand TFDA as Class 2
  • Included in the ARTG entry by Australian TGA as Class IIa

*SwiftMR’s future availability in other regions cannot be guaranteed. 
  Any updates in future regulatory status will be available on our website.


Scientific Program

AI Scientific Program (AI SS 02)
AI for practice optimization

Sep. 21 (Thu), 14:00-15:30
Grand Ballroom 103, 1F

Prospective Validation of Accelerated Brain MRI Using Deep Learning-Based Reconstruction: Simultaneous Application to Spin-Echo and Gradient-Echo Sequences
Deep Learning-based Intracranial TOF-MRA Reconstruction Reduces Scan Times and Improves Image Quality at 3T and 1.5T
High-Resolution Bone Image from shoulder MRI Using Deep Neural Network on 3-D Accelerated Dixon GRE (CAIPIRINHA Dixon)

Scientific Session (SS 19)
AI Stroke and vessels

Sep. 21 (Thu), 16:00-17:30
201, 2F

Application of deep-learning-based super-resolution image quality improvement on vessel wall imaging

Scientific Session (SS 23)
AI and image quality

Sep. 22 (Fri), 09:40-11:00
Grand Ballroom 102, 1F

Deep learning-based MR reconstruction improves robustness of brain volumetry in low-quality MR images
Deep learning-based intracranial TOF-MRA reconstruction reduces scan times and improves image quality at 3T and 1.5T
Prospective validation of accelerated brain MRI using deep learning-based reconstruction: simultaneous application to spin-echo and gradient-echo sequences
Accelerated cervical spine MRI with deep learning-based reconstruction algorithm: a prospective comparison with conventional MRI in the evaluation of degenerative diseases and myelopathy
Deep learning-based image reconstruction improves image quality and detection of hippocampal sclerosis in temporal lobe epilepsy

Scientific Session (SS 27)
AI in MSK imaging


Sep. 22 (Fri), 14:00-15:30
202, 2F


Stability of Deep Learning-based Image Quality Improvement in MRI of the Knee: Correlation with Arthroscopy


Enhancing radiomic feature correlations and reproducibility in knee MRI by deep learning-based MR reconstruction


Scientific Session (SS 39)
CSF analysis and others


Sep. 23 (Sat), 16:00-17:30
Grand Ballroom 103, 1F (Room 3)

Pitfalls of normative percentile analysis with different racial groups in MRI brain volumetry
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