The array processor is responsible for:

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Multiple Choice

The array processor is responsible for:

The main idea is that image formation in MRI is achieved by converting the data gathered in k-space into a spatial image. The array processor handles this heavy math, performing the inverse Fourier transform on the collected frequency-encoded data to reconstruct the MR image. It may also apply filtering and corrections to improve image quality, so clinicians can view a usable image on the screen. In short, the array processor translates raw signal data into the final pictures we interpret. Storing patient data, moving the patient table, and powering the magnet are handled by separate systems: data storage and archival, hardware control for patient positioning, and the magnet power supply, respectively.

The main idea is that image formation in MRI is achieved by converting the data gathered in k-space into a spatial image. The array processor handles this heavy math, performing the inverse Fourier transform on the collected frequency-encoded data to reconstruct the MR image. It may also apply filtering and corrections to improve image quality, so clinicians can view a usable image on the screen. In short, the array processor translates raw signal data into the final pictures we interpret.

Storing patient data, moving the patient table, and powering the magnet are handled by separate systems: data storage and archival, hardware control for patient positioning, and the magnet power supply, respectively.

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