1) Fixation point
注视点
1.
By making the two eyes focus on the same fixation point,the space coordinates of the fixation point are obtained and the desired motion angles of the robot head and eyes are found.
通过使双目聚焦在同一个注视点,得到注视点的空间坐标和头眼的期望运动转角;研究了机器人头部转动时双目的补偿运动模型及相应的控制算法。
3) fixation distribution
注视点分布
1.
In order to understand the perception-decision-operation pattern of driver,the eye movements and fixation distributions of driver,and relevant vehide speeds were measured by eye-measured instrument while driver drove between two barriers with five different space widths,which are 7.
0 m,驾驶员注视点频繁在左右两侧障碍物间移动;随着驾驶任务难度增加,驾驶员的注视点分布区域变近,视线的变化频率提高。
4) concern view
关注点视图
1.
This paper proposes a "4+1" concern view of management domain specific system based on AOSD method.
该文基于面向方面软件开发方法提出了管理领域系统建设的"4+1"关注点视图,针对"4+1"关注点视图提出了面向管理领域、基于服务实现的面向方面软件体系结构。
5) Focus Choose
注视点选择
6) central fovea
中心注视点
补充资料：注视
集中目光看：注视着远方。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条