Image reconstruction in ring array ultrasound tomography by means of enhancing the Sinogram

Khusnul Ain; Deddy Kurniadi; Amoranto Trisnobudi; Oerip Santoso

Image reconstruction in ring array ultrasound tomography by means of enhancing the Sinogram

Khusnul Ain, Deddy Kurniadi, Amoranto Trisnobudi, Oerip Santoso

Research output: Contribution to journal › Article › peer-review

3 Citations (Scopus)

Abstract

The Ring Array Ultrasound Tomography is the system which has been used for breast cancer detection. The system is potentially developed due to unmovable mechanically, safe and obtainable high resolution image. The study means to reconstruct ring array ultrasound tomography by reposition and spline-interpolation data into parallel beam Sinogram. The study was conducted with numerical and experimental object by 16 and 32 transducer positions to obtain 31×31 pixels of images. Sinogram was repaired by an RMSD method and reconstructed by the SCFBP method. The results indicate that the methods of Sinogram enhancement can only improve the image of 0.02%. The study showed that 16 transducers had produced a blur image and been dissimilar to the object, but 32 transducers could generate a good image but it is still worse than parallel beam.

Original language	English
Pages (from-to)	4-16
Number of pages	13
Journal	International Journal of Imaging and Robotics
Volume	10
Issue number	2
Publication status	Published - 2013

Keywords

Ring array
SCFBP methods
Sinogram
Time of flight
Ultrasound tomography

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

Cite this

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title = "Image reconstruction in ring array ultrasound tomography by means of enhancing the Sinogram",

abstract = "The Ring Array Ultrasound Tomography is the system which has been used for breast cancer detection. The system is potentially developed due to unmovable mechanically, safe and obtainable high resolution image. The study means to reconstruct ring array ultrasound tomography by reposition and spline-interpolation data into parallel beam Sinogram. The study was conducted with numerical and experimental object by 16 and 32 transducer positions to obtain 31×31 pixels of images. Sinogram was repaired by an RMSD method and reconstructed by the SCFBP method. The results indicate that the methods of Sinogram enhancement can only improve the image of 0.02%. The study showed that 16 transducers had produced a blur image and been dissimilar to the object, but 32 transducers could generate a good image but it is still worse than parallel beam.",

keywords = "Ring array, SCFBP methods, Sinogram, Time of flight, Ultrasound tomography",

author = "Khusnul Ain and Deddy Kurniadi and Amoranto Trisnobudi and Oerip Santoso",

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AU - Ain, Khusnul

AU - Kurniadi, Deddy

AU - Trisnobudi, Amoranto

AU - Santoso, Oerip

PY - 2013

Y1 - 2013

N2 - The Ring Array Ultrasound Tomography is the system which has been used for breast cancer detection. The system is potentially developed due to unmovable mechanically, safe and obtainable high resolution image. The study means to reconstruct ring array ultrasound tomography by reposition and spline-interpolation data into parallel beam Sinogram. The study was conducted with numerical and experimental object by 16 and 32 transducer positions to obtain 31×31 pixels of images. Sinogram was repaired by an RMSD method and reconstructed by the SCFBP method. The results indicate that the methods of Sinogram enhancement can only improve the image of 0.02%. The study showed that 16 transducers had produced a blur image and been dissimilar to the object, but 32 transducers could generate a good image but it is still worse than parallel beam.

AB - The Ring Array Ultrasound Tomography is the system which has been used for breast cancer detection. The system is potentially developed due to unmovable mechanically, safe and obtainable high resolution image. The study means to reconstruct ring array ultrasound tomography by reposition and spline-interpolation data into parallel beam Sinogram. The study was conducted with numerical and experimental object by 16 and 32 transducer positions to obtain 31×31 pixels of images. Sinogram was repaired by an RMSD method and reconstructed by the SCFBP method. The results indicate that the methods of Sinogram enhancement can only improve the image of 0.02%. The study showed that 16 transducers had produced a blur image and been dissimilar to the object, but 32 transducers could generate a good image but it is still worse than parallel beam.

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KW - Time of flight

KW - Ultrasound tomography

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JF - International Journal of Imaging and Robotics

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ER -

Image reconstruction in ring array ultrasound tomography by means of enhancing the Sinogram

Abstract

Keywords

UN SDGs

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