Earlier Eye-tracking was mainly used in studies of psychophysics or cognitive development, in the last decade, the reduction in the cost of technological equipment and advances in machine vision has allowed this technology to go far beyond the scope of disease diagnosis. Today Eye-tracking is used to support multimedia learning, help in browsing the web, and is widely used in real-time graphics systems, which is especially popular for video games. The main problem of modern Eye-tracking systems is their high price. Equipment with viewing angle accuracy of less than 0.5 has prices from several thousand dollars. In recent years, more than 800 peer-reviewed manuscripts published on the topic of eye-tracking in popular libraries. In the last 5 years, thanks to the development of deep learning in the field of machine vision, happened a jump, which allowed for the creation of eye-tracking devices in the low-cost range.

With the I-PAS system, a driver wears goggles that are connected to a computer. The tester is able to track "eyeballs, the whites of their eyes, the pupils, the iris and so on. So you can see the eye muscles contract, get bigger and smaller," Trammell said. "Think of going to the doctor, he said, 'Follow my finger back and forth, follow it into your nose, back out of your nose.' This does that, but it does it optically. It measures the changes in your eye very accurately, to infinitesimal small degrees."

For sometime now, Apple is believed to be working on its own head-mounted display. The timeline for the project is unknown, but more and more details about the anticipated device have been surfacing online once in a while. This week, a new patent is detailing how the Cupertino giant is exploring the use of eye-tracking technology in virtual reality and augmented reality headsets. The United States Patent and Trademark Office published Thursday a patent application by Apple. The document, which was originally filed by Apple inventors on Oct. 19, 2017, focuses on an "Eye Tracking System" that the iPhone X maker could use for its head-mounted display.

Future buyers of General Motors Co. GM -3.88 % 's semiautonomous driving system will have to be comfortable with Big Brother sitting in the passenger seat. The nation's largest auto maker aims to release its Super Cruise on a Cadillac next year, and will feature eye tracking in the cabin, a first for a U.S. car maker. GM will duel with Volvo Car Corp.'s Pilot Assist and Tesla Motors Inc. TSLA -1.46 % 's Autopilot, both driver-assistance systems that can control a moving vehicle. While Tesla's Autopilot requires periodic handling by the driver, GM's system is expected to go a step further in monitoring the alertness of human drivers. Super Cruise's 2017 launch will come amid heightened scrutiny of systems that use cameras, sensors or radar to let the car do much of the driving at higher speeds.

In this paper, we describe a new algorithm that consists in combining an eye-tracker for minimizing the fatigue of a user during the evaluation process of Interactive Evolutionary Computation. The approach is then applied to the Interactive One-Max optimization problem.