Advanced Ultrasound Research Laboratory27
The Advanced Ultrasound Research Laboratory was established in Dec. 2019 within the Department of Robotics Engineering at DGIST. Our group is dedicated to development of a revolutionary biomedical imaging and therapeutic techniques based on ultrasound to solve many complementary challenges in health-care.
Our research scope covers broad interests:
(1) from the visualization of anatomical information to the assessment of functional features,
(2) from cellular to organ level imaging, and (3) from diagnostic imaging to theranositcs.
Our convergence research across the full spectrum of fields is at the forefront of the discovery of the fundamental science, development of state-of-the-art imaging technologies and systems, and clinical translation of biomedical imaging technologies.
Advisor Professor : Yu, Jaesok
Advanced Ultrasound Research Laboratory Homepage
Our research scope covers broad interests:
(1) from the visualization of anatomical information to the assessment of functional features,
(2) from cellular to organ level imaging, and (3) from diagnostic imaging to theranositcs.
Our convergence research across the full spectrum of fields is at the forefront of the discovery of the fundamental science, development of state-of-the-art imaging technologies and systems, and clinical translation of biomedical imaging technologies.
Advisor Professor : Yu, Jaesok
Advanced Ultrasound Research Laboratory Homepage
Subject
Co-Author(s)
Related Keyword
Recent Submissions
- Toward virtual bladder: real-time bladder volume monitoring with flexible AuCNT strain sensors
- Spatio-Temporal Oriented Gradient (STOG) Filtering for Ultrasound Localization Microscopy: Preserving Slow and Fast Flow Components
- RFDNet: Robust Frequency-Based Denoising Network for 3D Ultrasound Vascular Imaging Using a Row-Column Addressed Array
- DAUS-Net: Toward Ultrasound Scanner-Agnostic Domain Generalized Robust and Accurate Segmentation
- Waste polyethylene-coated fabrics for dual-mode interfaces triboelectrification for self-powered sensors
