Iterative highly constrained image reconstruction method
An image and height technology, applied in image generation, image data processing, measurement using nuclear magnetic resonance imaging system, etc., can solve problems such as suppression
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[0062] special reference figure 1 with 9 , the present invention is a modification of the HYPR image reconstruction method that enables the method to be used in complex clinical applications. According to HYPR, image frame 2 is acquired as shown in process box 5 . Image frames 2 may be acquired using any number of different imaging modalities, such as MRI, CT, PET, SPECT or ultrasound. Image frame 2 is characterized in that it may be a set of views that are undersampled of the object being imaged, or it may be an image frame that has a low SNR due to the manner in which it was acquired.
[0063] The method also includes the production of the initial composite image 3 as indicated by process block 6 . Composite image 3 is characterized by a higher quality than image frame 2, although it can be acquired in any number of different ways. The object to be imaged may be of higher quality due to more complete sampling, or have a higher SNR due to, for example, longer acquisition...
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