Researchers use new eye-tracking technology to ask what drives human choice

New eye-tracking technology involves an infra-red beam positioned below a computer screen,

Researchers use new eye-tracking technology to ask what drives human choice
Colin Kerr
Colin Kerr
Published: Thursday, February 23, 2017

Engineers from Trinity College Dublin are using infra-red beams to track pupil movement in a bid to better understand what drives human choice when we are presented with a weight of information. The research team is currently assessing which bits of information attract the most attention when people study energy labels designed to promote sustainable choices, as well as pondering how people interact with questions and what they absorb when viewing road safety scenarios and information. The project was funded under the Environmental Protection Agency’s 2014-2020 Research Programme.
The research team is currently assessing which bits of information attract the most attention when people study energy labels designed to promote sustainable choices
This new eye-tracking technology involves an infra-red beam positioned below a computer screen, which, along with special software, is used to record how much time is spent viewing certain information on a screen, and confirm in what order the information is viewed. This results in graphical representations in the form of ‘heat maps’ and ‘scan paths’ respectively. https://www.tcd.ie/news_events/articles/researchers-use-new-eye-tracking-technology-to-ask-what-drives-human-choice/7617
Latest Articles
Simulators Benefit Surgeons and Patients

Helping young surgeons build confidence and expertise.

Read more...

How Many Surgeries Equal Surgical Proficiency?

Internet, labs, simulators, and assisting surgery all contribute.

Read more...

Improving Clinical Management for nAMD and DME

Global survey data identify barriers and opportunities.

Read more...

Are Postoperative Topical Antibiotic Drops Still Needed?

Cataract surgeons debate the benefits of intracameral cefuroxime prophylaxis.

Read more...

Emerging Technology for Detecting Subclinical Keratoconus

Brillouin microscopy shows promise in clinical studies.

Read more...

Knowing Iris Repair: Modified Trifold Technique

Part eight of our series covers the modified trifold technique for large iris defects.

Read more...

It’s All About Biomechanics!

Increasing the pool of patients eligible for refractive surgery.

Read more...

Uncovering More Safe and Quick Options

Different strategies, such as PresbyLASIK, can offer presbyopes good outcomes.

Read more...

Topography-Guided PRK for Keratoconus

Improving visual acuity in patients with keratoconus.

Read more...

Defining AMD Treatment Protocol

Treatments trending to fewer injections for better results.

Read more...