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Brain Injury Detection and Monitoring through fMRI Time Series Data Mining

机译:通过FMRI时间序列数据挖掘进行脑损伤检测和监测

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The fundamental purpose of functional Magnetic Resonance Imaging (fMRI) based detection and monitoring is to provide tangible benchmarks for neuronal activity via hemodynamic response characteristics. Voxel intensity maps are calculated from normalized images, the maps are then stored in as a single dataset in order to gain knowledge from their collective analysis. At this point data mining techniques are employed to control for certain levels of treatment as well as demographic conditions. The model presented involves three stages; data collection, preprocessing, and data mining/statistical analysis. The general idea for the proposed fMRI based detection and monitoring system is to leverage high precision hidden knowledge from medical images captured for other purposes.
机译:基于功能磁共振成像(FMRI)的检测和监测的基本目的是提供通过血液动力学响应特性的神经元活动的有形基准。 Voxel强度映射由归一化图像计算,然后将地图存储在作为单个数据集中,以便从它们的集体分析中获得知识。此时,使用挖掘技术来控制某些水平的治疗以及人口统计条件。呈现的模型涉及三个阶段;数据收集,预处理和数据挖掘/统计分析。所提出的基于FMRI的检测和监控系统的一般思路是从捕获的其他目的捕获的医学图像利用高精度隐藏知识。

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