Boris I Gramatikov

Title: **Boris I Gramatikov: Innovator in Eye Tracking Technology**

Introduction

Boris I Gramatikov, a prominent inventor located in Baltimore, MD, has made significant contributions to the field of eye tracking technology. With a total of six patents to his name, his work focuses on developing innovative methods and devices aimed at improving the diagnosis and screening of binocular function, especially in infants and young children.

Latest Patents

Gramatikov's most recent patents include the **Eye Alignment Monitor and Method**, which describes a device for detecting variations in the relative alignment of the two eyes. This innovative screening tool allows for the assessment of binocular function without necessitating that a subject fixate on a specific point, making it particularly useful for young children. It employs simultaneous tracking of the subjects' eye positions and calculates their relative alignment over time.

Another notable invention is the **Fast X-Y Axis Bright Pupil Tracker**. This portable device detects gaze direction rapidly using retro-reflected light from the ocular fundus. Its applications span various fields, including medicine and technology, where it can help identify neurological deficits or monitor conditions like strabismus and amblyopia in patients of all ages.

Career Highlights

Throughout his career, Boris I Gramatikov has collaborated with renowned institutions such as **The Johns Hopkins University** and **Duke University**. His dedication to advancing eye tracking technology has positioned him as a key figure in this specialized sector.

Collaborations

Gramatikov has worked alongside talented individuals such as **David Lee Guyton** and **Kristina Irsch**. These collaborations have enhanced his research endeavors and contributed to the development of innovative eye-tracking applications.

Conclusion

Boris I Gramatikov's inventive solutions in eye tracking technology showcase his commitment to improving the understanding and treatment of binocular function abnormalities. His work continues to influence both medical practices and research methodologies, paving the way for advancements in the field.