Open Access

Research on the Estimation of Gaze Location for Head-eye Coordination Movement


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Figure 1.

Deployment of the “Three Cameras and Eight Lights” platform
Deployment of the “Three Cameras and Eight Lights” platform

Figure 2.

Flow chart of head-eye movement data collection
Flow chart of head-eye movement data collection

Figure 3.

The experimental process of head-eye movement data collection
The experimental process of head-eye movement data collection

Figure 4.

Euler angle of head posture
Euler angle of head posture

Figure 5.

Three-axis attitude data record
Three-axis attitude data record

Figure 6.

Face detection, Eye detection results
Face detection, Eye detection results

Figure 7.

Location of the target center point
Location of the target center point

Figure 8.

Purkinje detect results
Purkinje detect results

Figure 9.

Eye gaze point estimation network structure
Eye gaze point estimation network structure

Figure 10.

Gaze estimation model with head-eye movement fusion
Gaze estimation model with head-eye movement fusion

Figure 11.

Comparison of the performance of different models
Comparison of the performance of different models

Figure 12.

Comparison of the performance of three gaze estimation models
Comparison of the performance of three gaze estimation models

图 1

“三目八光源”平台部署示意图”
“三目八光源”平台部署示意图”

图 2

头眼运动数据采集流程图
头眼运动数据采集流程图

图 3

头眼运动数据采集实验过程
头眼运动数据采集实验过程

图 4

头部姿态欧拉角
头部姿态欧拉角

图 5

三轴姿态数据记录
三轴姿态数据记录

图 6

人脸检测、人眼检测结果
人脸检测、人眼检测结果

图 7

目标中心点位置
目标中心点位置

图 8

普尔钦斑检测结果
普尔钦斑检测结果

图 9

人眼视线落点估计网络结构
人眼视线落点估计网络结构

图 10

融合头眼运动的视线落点估计模型
融合头眼运动的视线落点估计模型

图 11

Eye 和 Eye&Purkinje 模型性能对比分析图
Eye 和 Eye&Purkinje 模型性能对比分析图

图 12

三种视线落点估计模型性能对比分析图
三种视线落点估计模型性能对比分析图
eISSN:
2470-8038
Language:
English
Publication timeframe:
4 times per year
Journal Subjects:
Computer Sciences, other