saccade
英
美
n． 眼睛飞快扫视；急速勒马
英英释义
noun
- an abrupt spasmodic movement
- a rapid, jerky movement of the eyes between positions of rest
双语例句
- By researching the volleyball players of different skill levels watched the offensive and defensive video and make anticipation to find the anticipation-making reaction time, accuracy, attention to duration, fixation times, look at traffic patterns and the difference between saccade distance.
通过研究不同技能水平的排球运动员在观看进攻和防守视频中做出的预判来找出预判时反应时、正确率、注视持续时间、注视次数、注视流量图及眼跳距离之间的差异。 - At the basics of analyzing the mechanism of eyeball movement, saccade movement of eyeball is used for live iris detection.
在分析了眼球运动机制的基础上，将眼球的跳视运动用于活体虹膜的检测。 - Median successful saccade size and visual lobe
二维视觉搜索中成功扫视幅度中值与视力角 - According to the scope of the human saccade, we set four horizontal saccade angles initially, and then do a large number of experiments and record the original EOG data. 2. Feature extraction of EOG signals.
根据人眼的扫视范围初步设定了四个水平方向的扫视角度，进行了大量的实验，采集原始EOG数据。2.眼电信号特征提取。 - Asymmetry of saccade latency between bilateral eyes
双侧眼球扫视运动的不对称性 - Pattern classification of the four saccade angles.
四类扫视角度模式的分类识别。 - The groups concerned show no dissimilarity in fixation duration, fixation frequency and saccade distance but the experiment group do exhibit a remarkably higher frequency in fixation and regression.
在语篇阅读的注视时间、注视频率、眼跳距离上，两组被试没有差异，但在注视点和回视次数上实验组表现出显著多于对照组的特点。 - It is preliminarily tested and verified thereby that genetic algorithm is an effective method for estimating the parameters of the saccade oculomotor system.
遗传算法基本能准确地估计出各参数在正常生理状况下的取值，初步验证了其是进行扫视眼动系统参数估计的有效方法。 - The difference in the percentage of fixation time, the average fixation time, the average saccade speed and the average fixation time of each interested area under four kinds of road environments are not big.
四种道路环境下的注视时间百分比、平均注视时间、扫视平均速度以及对各个感兴趣区域的平均注视时间的差异都不显著。 - Subjects need to cost more fixation time and more number of saccade to identify object, when the scene was rotated from 0 ° to 180 °.
当图形从0度逐渐旋转到180度时，为了完成旋转图形的识别，被试需要更长的注视时间和更多的跳动次数来获得信息，以识别物体。