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| 主要特点: |
| (1)无接触式的注意力、眼睑和头部跟踪 |
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| (2)利用三维图像处理原理 |
| (3)在各种光线条件下都正常工作 |
| (4) 使用 2 个或 3 个摄像头,最多可扩展到 5 个摄像头 |
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| (5)市场同类产品中测量区域最大,可达 210 度 (使用3个摄像头) |
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| (6)高精确度和稳定性 |
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| (7)远距离眼睛跟踪 |
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| (8) 通过红外线的漫反射增大了工作区域 |
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| (9) 摄像头可自由放置,标定方便简单,只需几秒种 |
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| (10) 不同距离的测量,可更换不同镜头 |
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| 详细信息………… |
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| 应用领域: |
| (1)智能交通、道路交通安全研究 |
| (2)疲劳驾驶、主动安全分析 |
| (3)驾驶模拟 |
| (4)航空飞行心理工效 |
| (5)人机交互 |
| (6)心理学研究、行为学研究 |
| (7)广告学研究 |
| (8)康复研究 |
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| 视频: 软件界面 汽车驾驶 |
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| 应用实例: |
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| (1)
Driver behaviour studies in complex road crossings with heavy traffic. Large head rotations, 3-4 camera system (University of Würzburg, Germany)
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| (2) Attention measurements for evaluation of different alert signals aimed to direct the drivers attention at the road (Swedish National Road and Transport Research Institute,VTI)
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| (3)
Gaze tracking and eyelid tracking during different driving tasks (Beckman Institute, University of Illinois, USA)
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| (4)Gaze measurements during pilot training to verify correct sequences of instrument checkings for different tasks.
Gaze pattern studies during pilot-pilot collaborative tasks. ( Swedish Air Force Air Combat Simulation Centre ) |
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Gaze measurements in cars to detect distractions based on velocity dependent gaze zones (SAAB, Sweden) |
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Gaze and eyelid measurements in trucks for driver fatigue analysis (Scania, Sweden) |
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| (7)
Face and gaze driven cursor control
Specialized systems for face and gaze driven text input (Swedish Handicap Institute)
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| (8)
Gaze and eyelid measurements in multi-sensor platforms for fatigue studies (SENSATION, EU fp6 project)
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| (9)Gaze measurements for studies of eye deseases (Sahlgrenska University Hospital, G?teborg, Sweden) |
| Smart Eye Pro White Paper [pdf] |
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