We’re proud to be the world leader in eye tracking solutions for research. Our products and services are used by more than 2,500 research institutions, including 99 of the world's top 100 universities.
How can eye tracking bring autism research forward? What do you need to know about eye tracking before starting your first study? What are the best practices of using eye tracking in autism research?
Research experts from Stanford School of Medicine, Uppsala University, and Karolinska Institute will share the unique insights eye tracking can provide in the field of autism and facilitate an open Q&A.
Eye tracking is used in different fields of psychology and neuroscience to understand how and why eye movements are made and how we gather information with our eyes.
Infant and child researchers use eye tracking to study perceptual, cognitive, and social-emotional development from birth through early adulthood.
Measuring human intuition, interaction, and improvements in design is key to understanding the human element when using and developing systems. Eye tracking helps us to see how the human is engaging with each system, machine and process.
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Eye tracking is one of the most efficient techniques to capture cognitive data. This methodology is being applied in a wide range of academic research seeking to understand how consumers view, process and respond to messaging, retail environments, and various media channels and devices.
Researchers are seeking to find meaningful analysis of eye movement information to accurately identify and treat ocular disease and disorders such as autism, ADHD, Parkinson’s disease and more.
Eye tracking is used in studies to examine education and learning processes. In addition, classrooms and labs are being equipped with this technology in order to teach tomorrow's workforce how to employ eye tracking in different fields.
The study of eye movements in reading has been widely investigated for more than a century to provide insights into how people gather information. Eye tracking has become an established tool to objectively measure human language processing with important applications in linguistics and education research.
Lund University Study
The Lund University Humanities Lab has provided eye-tracking for both research and education purposes. The lab was recently upgraded to include 17 Tobii Pro Spectrums and three sets of Tobii Pro Glasses 2 for use across a range of faculties.
Inspiring use cases from scientists and researchers that showcase the many applications of wearable eye tracking used to enhance the understanding of human behavior.
See how scientists and researchers across the globe used screen-based eye tracking to better understand human behavior in a variety of applications.
“Funding support makes working with Tobii Pro feel like a partnership. They were there to answer questions and helped me succeed in my project as well as achieve funding.”
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Tobii Pro Lab's combined solutions provide the user with a full co-registration workflow, including a synchronization method and data merge tools, therefore avoiding the need of dealing with technical details of co-registration and allowing the user to focus on their research study.
Introduction to Tobii Pro Lab
Would you like to learn more about the Tobii Pro Lab software to help kickstart your eye tracking study? Are you considering switching from Tobii Pro Studio to Tobii Pro Lab? Or would you simply like to learn more about the latest features added to Tobii Pro Lab?
Tobii Pro has conducted a large field metrics test on its flagship product Tobii Pro Spectrum. The large field population analysis was conducted with more than 400 individuals, evenly distributed across Sweden and China. The overall objective was to verify Tobii Pro Spectrum’s eye tracking performance (primarily accuracy and precision of the eye tracking signal) on a large and diverse test population in a less restricted test environment, i.e. reflecting the normal use of the product in research studies.
