Advances in ultrasound elasticity imaging
SJ Kwon, MK Jeong - Biomedical Engineering Letters, 2017 - Springer
The most troublesome of ultrasonic B-mode imaging is the difficulty of accurately diagnosing
cancers, benign tumors, and cysts because they appear similar to each other in B-mode …
cancers, benign tumors, and cysts because they appear similar to each other in B-mode …
The revisited frequency-shift method for shear wave attenuation computation and imaging
Ultrasound (US) shear wave (SW) elastography has been widely studied and implemented
on clinical systems to assess the elasticity of living organs. Imaging of SW attenuation …
on clinical systems to assess the elasticity of living organs. Imaging of SW attenuation …
Method and apparatus for non-invasively deriving and indicating of dynamic characteristics of the human and animal intracranial media
A Ragauskas, G Daubaris - US Patent 6,387,051, 2002 - Google Patents
the present invention relates to the measurement and monitoring of intracranial contents'
volume and intracranial pressure, and more particularly relates to an apparatus and method …
volume and intracranial pressure, and more particularly relates to an apparatus and method …
[PDF][PDF] Ultrasound attenuation imaging
R Jirık, T Taxt, J Jan - J Electr Eng, 2004 - iris.elf.stuba.sk
This paper studies imaging of tissue-specific ultrasound attenuation. A new method is
presented where the imaged parameter is the mean attenuation coefficient between the …
presented where the imaged parameter is the mean attenuation coefficient between the …
Real-time implementation of medical ultrasound strain imaging system
MK Jeong, SJ Kwon, MH Bae - Journal of the Korean Society for …, 2008 - osti.gov
Strain imaging in a medical ultrasound imaging system can differentiate the cancer or tumor
in a lesion that is stiffer than the surrounding tissue. In this paper, a strain imaging technique …
in a lesion that is stiffer than the surrounding tissue. In this paper, a strain imaging technique …
Implementation of strain imaging modality in medical ultrasonic imaging system
Y Ra-Young, K Sung-Jae, J Mok-Kun - Journal of the Institute of …, 2005 - koreascience.kr
This paper proposes a method of measuring and visualizing the elasticity distribution of the
human soft tissue to detect tumors or cancers which have been difficult to diagnose in …
human soft tissue to detect tumors or cancers which have been difficult to diagnose in …
Ultrasound elasticity imaging methods
MK Jeong, SJ Kwon - The Journal of the Acoustical Society of …, 2010 - koreascience.kr
The difference in echogenicity between cancerous and normal tissues is not quite
distinguishable in ultrasound B-mode imaging. However, tumor or cancer in breast or …
distinguishable in ultrasound B-mode imaging. However, tumor or cancer in breast or …
Medical ultrasonic elasticity imaging techniques
MK Jeong - Journal of the Korean Society for Nondestructive …, 2012 - koreascience.kr
Breast and prostate tumors or cancers tend to be stiffer than the surrounding normal tissue.
However, the difference in echogenicity between cancerous and normal tissues is not …
However, the difference in echogenicity between cancerous and normal tissues is not …
[HTML][HTML] Measurement of the shear modulus of an ultrasound tissue phantom
JM Park, SM Choi, SJ Kwon, MK Jeong - The Journal of the Acoustical …, 2012 - jask.or.kr
In this paper we propose a method for measuring the shear modulus of an ultrasound soft
tissue phantom using an acoustic radiation force. The proposed method quantitatively …
tissue phantom using an acoustic radiation force. The proposed method quantitatively …
Estimation of ultrasound attenuation coefficient using log-spectrum domain processing
R Jirik, T Taxt, J Jan - … Conference of the IEEE Engineering in …, 2004 - ieeexplore.ieee.org
Ultrasound attenuation coefficient is an important diagnostic parameter in medical
ultrasonography. Furthermore, it is a parameter of a component related to the attenuation …
ultrasonography. Furthermore, it is a parameter of a component related to the attenuation …