The human eye is a highly non-linear device, and web-users can instantly recognize edges, patterns and motions .
人类的眼睛是一个高度非线性运作的设备，网页用户能够直觉地识别边界、模式和运动。
The simplifying of GIS linear data based on limit of resolution ratio of human eye;
基于人眼分辨率极限的GIS线状数据的简化；
Based on the theory of pupil center corneal reflection, the authors improved and realized a highly efficient linear prediction algorithm for real-time eye gaze image processing.
我们利用现今流行且实用的瞳孔—角膜反射向量法作为理论依据，在实现过程中，我们改进和实现了一个高效的实时眼动跟踪算法，即线性逼近预测算法。
Using ASL 504 Model eye-tracker system, we investigated working memory, premises relationship and the affirmative or negative premises influences on the linear syllogism problems solving.
采用眼动记录法，探讨了工作记忆、两个前提间的关系以及表达方式对线性三段论推理的影响。
Using ASL 504 Model eye-tracker system, we investigated working memory, premises relationship and the affirmative or negative premises influences on the linear syllogism problems solving.
采用眼动记录法，探讨了工作记忆、两个前提间的关系以及表达方式对线性三段论推理的影响。
应用推荐