Line Up Image Accreditation

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To determine the pixel size in the read or frequency direction, use this formula: FOAF/NF The field of view in the frequency encoding direction divided by the number of steps in the frequency encoding direction equals the pixel size in the frequency direction.
Pixel size can be calculated by dividing the field of view by the matrix size (e.g.FOR 320, Matrix 320×320, Pixel size =320/320=1mm). There are two resolution parameters used in MRI for the production of a two-dimensional image i.e. basic resolution and phase resolution.
Phase = FOV×RFOV = 380×0.9 = 342 mm. Scan matrix phase = scan matrix×RFOV×scan percentage = 240×0.9*0.7 = 151. Pixel size phase = Phase/Scan matrix phase = 342/151 = 2.26 mm.
A voxel is the volume element, defined in 3D space. Its dimensions are given by the pixel, together with the thickness of the slice (the measurement along the third axis). Slice thicknesses in clinical MRI vary from a maximum near 5 mm, achieved using 2D multi slice imaging, to sub-mm, achieved with 3D scan techniques.
Matrix Size. The number of data points collected in one, two or all three directions. Normally used for the 2D in plane sampling. The display matrix may be different from the acquisition matrix, although the latter determines the resolution.
Real-time MRI This gives a temporal resolution of 2030 ms for images with an in-plane resolution of 1.52.0 mm.
A bit plane of a digital discrete signal (such as image or sound) is a set of bits corresponding to a given bit position in each of the binary numbers representing the signal.
Bit plane slicing is a method of representing an image with one or more bits of the byte used for each pixel. One can use only MSB to represent the pixel, which reduces the original gray level to a binary image. The three main goals of bit plane slicing is: Converting a gray level image to a binary image.
Gray Level Slicing. Grey level slicing is equivalent to band pass filtering. It manipulates group of intensity levels in an image up to specific range by diminishing rest or by leaving them alone. This transformation is applicable in medical images and satellite images such as X-ray flaws, CT scan.
bit plane. (graphics) (Or “biplane”) The memory in a graphic display device which holds a complete one-bit-per-pixel image. Several bit planes may be used in conjunction to give more bits per pixel or to overlay several images or mask one with another.
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