Scaling of halftoned images
Dan Chevion, Eugene Walach, et al.
TAGA 2008
This paper describes a novel technique for estimating ultrasonic attenuation coefficients. The technique first employs a histogram analysis to estimate the number of tissues present and then utilizes a maximum likelihood criterion to assign attenuation values, thus producing an image of attenuation. Simulated B-scan data and clinical B-scan data are used to illustrate the method. The results show that images representing an intrinsic tissue parameter can be produced when the basic model is valid. Copyright © 1986 by The Institute of Electrical and Electronics Engineers, Inc.
Dan Chevion, Eugene Walach, et al.
TAGA 2008
Vladimir Kluzner, Asaf Tzadok, et al.
ICDAR 2011
Eugene Walach, Ascher Shmulewitz, et al.
IEEE T-BME
Bernard Widrow, Eugene Walach
IEEE Trans. Inf. Theory