首页> 外国专利> METHOD OF MACROENCEPHALOMETRY OF CEREBRAL HEMISPHERES TAKING INTO ACCOUNT THEIR ACCOMMODATION IN CONDITIONS OF A FINITE AREA OF OPEN SPACE SURROUNDING A PERSON

METHOD OF MACROENCEPHALOMETRY OF CEREBRAL HEMISPHERES TAKING INTO ACCOUNT THEIR ACCOMMODATION IN CONDITIONS OF A FINITE AREA OF OPEN SPACE SURROUNDING A PERSON

机译:考虑半人半开放空间条件下大脑半球的容纳量的宏观比色法

摘要

FIELD: medicine.;SUBSTANCE: invention refers to medicine and can be used in neurology, psychiatry, neurophysiology, neuropsychology, as well as in information and communication technologies. Areas of the free surface of the human cerebral hemispheres are measured with due allowance for loops and furrows and the minimum imaginary sphere circumscribed around the hemispheres. Ratio of free surface of cerebral hemispheres to surface area of minimal imaginary sphere circumscribed around them is determined. At that, additionally the section of the analyzed territory of the specified space is selected and the area of the light surface of the territory of the said section is measured with due allowance for the free surface of the artificial structures located on this section, and the projection of said territory on a minimum imaginary sphere circumscribed about the Earth at the highest height of the light surface relative to the ocean, taking into account the height of the artificial structures. That is followed by determining the ratio of the light area of the analyzed area to the area of its projection on the specified sphere and the difference between that ratio and the ratio of the free surface of the cerebral hemispheres to the surface area of the minimal imaginary sphere circumscribed around them.;EFFECT: method enables conducting a cluster assessment of individual morphological and functional features of the brain when interacting with a finite area of the open space.;6 cl, 11 dwg, 2 ex
机译:技术领域:发明领域:发明是指医学,并且可以用于神经病学,精神病学,神经生理学,神经心理学以及信息和通信技术中。测量人脑半球自由表面的面积时,应适当留出圈和沟以及围绕半球的最小假想球体。确定脑半球的自由表面与围绕其的最小假想球表面的表面积之比。然后,另外选择指定空间的分析区域的截面,并适当考虑位于该部分的人造结构的自由表面,测量该截面的区域的光表面的面积,考虑到人造结构的高度,将上述领土的投影投影到围绕地球的最小假想球体上,该假想球体是相对于海洋而言在光面的最高高度。接下来,确定分析区域的光区域与其在指定球体上的投影区域的比率,以及该比率与脑半球自由表面与最小虚部表面积的比率之间的差。效果:当与有限空间的开放区域相互作用时,该方法可以对大脑的各个形态和功能特征进行聚类评估。; 6 cl,11 dwg,2 ex

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