The Dikablis Eye Tracking Glasses combine monocular and binocular eye tracking with high measuring accuracy and standardized parameter calculation – even for people wearing glasses. As a result, they offer the ideal basis for studying human behavior in highly dynamic applications. Connect our head mounted eye tracker to the D-Lab measurement and analysis platform to capture and analyze gaze data in several ways.
High-precision Eye Tracking Technology
The ergonomic design, the adjustment options and the transfer of all available data in raw format make Dikablis Eye Tracking Glasses the high-precision measuring device for gaze studies in the research and development practice.
Product Highlights
– Fully integrated into D-Lab data acquisition and analysis platform
– Comfortable, non-slip fit
– Full mobility for highly dynamic areas of application
– Easy to wear in combination with glasses
– Individual adjustment of the field and eye cameras
– Live Eye Tracking
Product versions
The Dikablis Eye Tracking Glasses are available as Professional and Essential version. Please find key features of the different versions below.
Dikablis Feature Comparison | Essential | Professional |
---|---|---|
Monocular | x | - |
Binocular | - | x |
Wearable over glasses, shutter and polarized glasses | x | x |
Live Video | x | x |
Eye camera vertically and horizontally adjustable | x | x |
Field camera vertically adjustable | x | x |
Field camera 768 x 576 px | x | - |
Field camera 1920 x 1080 px (Full HD) | - | x |
Accuracy pupil tracking 0,1° | x | x |
Accuracy pupil tracking 0,05° | - | x |
Accuracy Glance direction 0,3° bis 0,5° | x | - |
Accuracy Glance direction 0,1° bis 0,3° | - | x |
Transmission via cable | x | x |
Transmission via Wifi | - | x |
Eye camera tracking frequency 50 Hz | x | - |
Eye camera tracking frequency (s) 60 Hz | - | x |
Field camera aperture angle 45°- 120° | x | - |
Field camera aperture angle 40°- 90° | - | x |
D-Lab Eye Tracking Head Mounted Essential incl. | x | x |
Application examples
– Evaluation of driver information and assistance systems
– AAM and NHTSA studies
– Market Research
– Usability Studies
– Control Rooms
– Design Clinics
– Behavioral Studies
– Studies with Medical Devices
– Factory Planning
– Production Ergonomics
– Product Ergonomics
– Reading Science
– Sports Research & Sports Psychology
– Communication Research
– Development Psychology
– Neuroscience
– Analysis of Mobile Devices
– Human-Robot Interaction
– Realtime Gaze Control
– Flight Safety Research