NIRS Trajectories in Oxy-Deoxy Hb Plane and the Trajectory Map to Understand Brain Activities Related to Human Interface
NIRS Trajectories in Oxy-Deoxy Hb Plane and the Trajectory Map to Understand Brain Activities Related to Human Interface
复制标题
氧-脱氧 Hb 平面中的 NIRS 轨迹和轨迹图可了解与人机界面相关的大脑活动
DOI：
10.1007/978-3-540-73345-4_112
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发表时间：
2007
影响因子：
2
通讯作者：
Masami Choui
中科院分区：
文献类型：
--
作者：
H. Tamura;M. Omori;Masami Choui
提出 NIRS 轨迹方法来了解移动设备操作中的大脑活动。该轨迹是氧合和脱氧 Hb（血红蛋白浓度）数据在氧合-脱氧 Hb 平面上的绘图。解释了三种基本轨迹和一些复杂轨迹。总大脑活动由一组源自头部表面 NIRS 通道的 NIRS 轨迹表示。显示手机文本输入的轨迹图。轨迹图随着工作任务复杂性的增加而增加其复杂性，我们通过日语文本的正序和逆序平假名和汉字转换条目来定义。结果表明，右脑在文本和其他手指活动中发挥着主导作用。 NIRS轨迹方法可以进一步应用于寻找位于大脑表面区域的大脑活动中心。为了更好地理解本文，请使用光盘中的彩色版本。
NIRS trajectory method is proposed to understand brain activities engaged in mobile device operation. The trajectory is the plot of oxy- and deoxy- Hb (hemoglobin concentration) data to the Oxy-Deoxy Hb plane. Three basic trajectories and some complex trajectories are explained. Total brain activities are represented by a set of NIRS trajectories derived from NIRS channels located on the head surface. Trajectory maps of text entry to mobile phone are shown. The trajectory map increases its complexity with the increase of work task complexity, which we defined by normal and reverse order hiragana and kanji conversion entry of Japanese text. The results suggest the right brain is taking dominant roles in text and other finger activities. NIRS trajectory method can be applied further to find centers of brain activities located on the surface area of the brain. Kindly use color version in CD-ROM for better understanding of this paper.