Combination compress sensing and digital wireless transmission for the MRI signal

Rapid image acquisition in magnetic resonance imaging (MRI) offers a number of potential benefits, such as avoiding physiological effects or scanning time on patients, overcoming physical constraints inherent within the MRI scanner, or meeting timing requirements when imaging dynamic structures and processes. In this paper, the combination of compressed sensing and parallel magnetic resonance imaging techniques was proposed in order to increase the data acquisition speed of MRI. However, each coil arrangement is connected to the reception circuit via a coaxial cable which leads to several limitations. To reduce this disadvantage, we also propose a design of digital wireless transmission system based on 802.11b standard for MRI application.