Technology Transfer Items
AI-based image technology
AI-based super-resolution ultrasound imaging technique
Related patents
- 초음파 영상 생성 방법 및 이를 수행하는 장치들 (출원 번호: 10-2019-0068220)
Key features
- A neural network algorithm that enables universal localization of target particles without the use of ultrasound contrast agents
- Vascular information provided based on neural network algorithms
Application field
- Rapid and accurate acquisition of high-resolution ultrasound images and blood flow information under complex clinical conditions using advanced neural network algorithms
- Acquiring and analyzing high-resolution ultrasound images of the vasculature and intravascular flow in living organisms
White-light-based digital holographic microscopy (DHM) technology enhanced with artificial intelligence (AI)
Related patents
- 초머신 러닝 기반 디지털 홀로그래피 장치 및 이의 동작 방법 (10-2410025)
Key features
- Utilizing deep learning techniques (GAN) to transform white-light-based optical images into holographic images for capturing three-dimensional information of samples
- Acquiring holographic images of samples through a straightforward DHM setup without requiring lasers or optical devices
Application field
- Effortlessly identifying the three-dimensional structural features and flaws in samples
- Application in disease diagnosis and environmental monitoring
- Foundational scientific research, including the three-dimensional dynamic analysis of particles and cells
Advanced techniques for measuring velocity fields using PIV (Particle Image Velocimetry) / PTV (Particle Tracking Velocimetry)
Related patents
- 일치 확률방식의 2-프레임 입자추적속도계 속도장 측정방법 (0289077)
- 적응형 하이브리드 방식의 입자추적 속도계 측정 방법 (0360973)
- 혈액 및 다상유동의 속도장 측정장치 및 방법 (00518454)
- X-ray 빔을 이용한 유동영상 취득 및 속도장 측정장치 (0542659)
- 임상용 X선을 이용한 혈류의 속도장 측정시스템 (10-0601037)
Key features
- Low measurement error, wide range of measurable velocities, and short computation time
Application field
- Techniques for measuring the entire velocity field of fluid flow
Enhancement of the color Doppler imaging technique through the integration of the SIV technique using an adaptive hybrid approach
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- 적응적 하이브리드 유동 측정 방법 및 이를 수행하는 장치 (10-2482475)
Key features
- Utilizing an adaptive hybrid approach that combines the benefits of ultrasound Color Doppler Imaging (CDI) and ultrasound SIV technique
- In instances where there is a significant discrepancy between CDI measurement outcomes and surrounding measurements, they are deemed measurement errors and substituted with ultrasound SIV measurement outcomes
- Improvement in the accuracy of velocity field measurement under in vivo conditions
Application field
- Improving the accuracy of the widely employed clinical Color Doppler Imaging (CDI) technique without requiring additional devices
Particle technology for X-ray imaging contrast agents
Related patents
- 표면 개질된 금속 나노입자와 그 용도 (10-1296327)
- Ｘ선용 조영제 캡슐 및 이의 제조방법 (10-1525132)
Key features
- Modifying the surface of metal nanoparticles with uniform diameters to enhance X-ray contrast effects
- Harnessing surface plasmon characteristics for favorable optical detection
- Using them as tracer particles to measure intrabody fluid dynamics with submicrometer accuracy
- Facilitating long-term blood flow measurements for early diagnosis of cardiovascular diseases
Application field
- Utilized for X-ray imaging diagnostics and analysis of intrabody fluid dynamics and blood flow