Scholars@Duke publication: Quantification of Radiographic Image Quality Based on Patient Anatomical Contrast-to-Noise Ratio - A Preliminary Study with Chest Images

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Quantification of Radiographic Image Quality Based on Patient Anatomical Contrast-to-Noise Ratio - A Preliminary Study with Chest Images

Publication , Journal Article

Lin, Y; Wang, X; Sehnert, WJ; Foos, DH; Barski, L; Samei, E

Published in: Proc. of SPIE

2010

Duke Scholars

Author Ehsan Samei Radiology

Published In

Proc. of SPIE

Publication Date

2010

Citation

APA

Chicago

ICMJE

MLA

NLM

Lin, Y., Wang, X., Sehnert, W. J., Foos, D. H., Barski, L., & Samei, E. (2010). Quantification of Radiographic Image Quality Based on Patient Anatomical Contrast-to-Noise Ratio - A Preliminary Study with Chest Images. Proc. of SPIE.

Lin, Yuan, Xiaohui Wang, William J. Sehnert, David H. Foos, Lori Barski, and Ehsan Samei. “Quantification of Radiographic Image Quality Based on Patient Anatomical Contrast-to-Noise Ratio - A Preliminary Study with Chest Images.” Proc. of SPIE, 2010.

Lin Y, Wang X, Sehnert WJ, Foos DH, Barski L, Samei E. Quantification of Radiographic Image Quality Based on Patient Anatomical Contrast-to-Noise Ratio - A Preliminary Study with Chest Images. Proc of SPIE. 2010;

Lin, Yuan, et al. “Quantification of Radiographic Image Quality Based on Patient Anatomical Contrast-to-Noise Ratio - A Preliminary Study with Chest Images.” Proc. of SPIE, 2010.

Lin Y, Wang X, Sehnert WJ, Foos DH, Barski L, Samei E. Quantification of Radiographic Image Quality Based on Patient Anatomical Contrast-to-Noise Ratio - A Preliminary Study with Chest Images. Proc of SPIE. 2010;

Published In

Proc. of SPIE

Publication Date

2010