The recent advances in meaningful constraining models have resulted in increasingly useful quantitative information recovered from cardiac images.
In this work, we present a physiological fusion framework for integrating information from different yet complementary sources. Using a cardiac physiome model ...
The focus of this paper is on cardiac deformation recovery. Clinically, the recovered strain can aid locating possible ab- normal regions, such as infarcted ...
In this work, we present a physiological fusion framework for integrating information from different yet complementary sources. Using a cardiac physiome model ...
The recent advances in meaningful constraining models have resulted in increasingly useful quantitative information recovered from cardiac images.
In this work, we present a physiological fusion framework for integrating information from different yet complementary sources. Using a cardiac physiome model ...
In this work, we present a physiological fusion framework for integrating information from different yet complementary sources. Using a cardiac physiome model ...
Abstract. The advancement in meaningful constraining models has resulted in increasingly useful quantitative information recovered from cardiac images. Nev-.
Physiological Fusion of Functional and Structural Images for Cardiac Deformation Recovery. Ken C. L. Wong, Linwei Wang, Heye Zhang, Huafeng Liu, P. Shi. 2011 ...
$29.90
In this work, we present a physiological fusion framework for integrating information from different yet complementary sources. Using a cardiac physiome model ...