Development of a Wireless Intra-Operative MR Geometry Planning System

Keywords

academic acceleration accelerometer access accuracy acquisition adjust affected allocated allow allows angular around assessed axes biopsy breast calibrated cancer chosen coils complex computer contact control controlled correct cost dedicated degrees dependent development device devices division effectively elbow example fiducial fields geometry horizontally housed independent institute instruments interaction interactive interactively interface interfaced interference intra investigated joysticks kept kingdom leach ledger located magnet martin minty motions movements need needles neonatal object oblique offset open operated operating operation operative operator optical output outputs outside physical planned planning position positioning power precise previously procedures produce produced providing radiology radiotherapy rapid real receive required room rotation rotational scanner scanners screened screens selected sight simple slice software specialty spectrometers sterile stream surgical surrey system touch track trackballs tracking transceiver transmit update usually various volunteer wireless wrist zero