发明名称 Method and apparatus for measuring representational motions in a medical context
摘要 Disclosed is an apparatus and corresponding method to capture individual representational motions made by a person while performing a neuropsychological test. A user of the apparatus and method may be allowed to view, edit, classify, and retrieve any captured and recorded motions made by the person. In one embodiment, a capture unit, such as a digitizer, captures the motions made by a person while performing a Clock Drawing Test, and the captured data may then be reported in a myriad of ways. The apparatus and method also provide a means to standardize administration and scoring of writing utensil and paper based neuropsychological testing administered to a person or control and test groups for domestic or international applications. By analyzing individual representational motions made by a person while performing a neuropsychological test, unexpectedly more information may be gleaned from the test than was available to physicians from only a completed drawing.
申请公布号 US8740819(B2) 申请公布日期 2014.06.03
申请号 US20080077730 申请日期 2008.03.20
申请人 Massachusetts Institute of Technology;Lahey Clinic Foundation, Inc. 发明人 Davis Randall;Penney Dana L.
分类号 A61B5/103;A61B5/11 主分类号 A61B5/103
代理机构 代理人
主权项 1. A computer implemented method for processing graphomotor motion in a diagnostic task, the method comprising: receiving, at a computing device, first data representing graphomotor motion made by a first subject during a first execution of a graphomotor diagnostic task performed in a medical context, wherein the data representing the motion comprises data representing dynamic characteristics of said motion; processing, using the computing device, prior data characterizing motion made during one or more prior executions of the diagnostic task to determine characteristics of one or more motion element classes; processing, using the computing device, the first data representing the motion to identify a plurality of elements in the motion, including classifying at least some of said elements according to the one or more motion element classes; and determining, using the computing device, using the processed first data and the determined characteristics of the one or more motion element classes, a quantitative, qualitative and/or categorical assessment of the first execution of the diagnostic task associated with neurocognitive mechanisms underlying said motion.
地址 Cambridge MA US