About Me.
If you look at this page, you're probably thinking to yourself,
"Okay, so you do these things as a hobby, but what do you do for a living?"
Introduction
I am a passionate and experienced software engineer specializing in computer vision, augmented reality, and machine learning. Over the years, I have been involved in numerous innovative projects, contributing significantly to the fields of image processing, navigation, and intelligent systems. I am constantly exploring new technologies and methodologies to stay at the forefront of the industry, and I am excited to share my journey and experiences with you.
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Professional Background
License Plate Recognition
April 2019 - Present
Associated with: Candid ITS
I played a pivotal role in developing an adaptive number plate recognition engine that boasts a recognition speed and reliability higher than 95%. This project has showcased my ability to create flexible and versatile solutions tailored to specific use cases.
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Eye Gaze Controlled POI Search
January 2018
Associated with: NNG LLC
I led a team to victory in an internal innovation competition at NNG LLC, resulting in the development of an eye gaze controlled Point of Interest (POI) search system. I had the opportunity to present our innovative solution to customers at CES 2019 in Las Vegas.
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Augmented Reality on Head Up Display
January 2017
Associated with: NNG LLC
I have been actively involved in developing augmented reality applications for Head Up Displays, contributing to the innovative use of AR in automotive navigation and information systems.
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Hybrid Navigation
March 2018 - January 2019
I worked on the Hybrid Navigation project, which seamlessly integrates mobile and embedded navigation solutions, enhancing performance and scalability through cloud computing.
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Mobile Image Processing Library
January 2014
I developed a comprehensive image processing library for Android, iOS, and Windows Phone, supporting gesture recognition, augmented reality, and optical character recognition.
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Sport Performance and Tactical Analysis
January 2014
I have been instrumental in creating software for analyzing team sports performance, providing valuable statistics on player movement, ball tracking, and overall game tactics.
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Intelligent Surveillance System
January 2014
I developed an intelligent camera system capable of autonomously detecting and recording critical events, leveraging various camera types to enhance monitoring capabilities.
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Audience Measurement
January 2013
I created a system for measuring audience engagement with digital displays, providing valuable insights for advertisers and promoters.
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Bathymetry Mapping
January 2013
I worked on a radar and mapping system for surveying lakes and rivers, aiding in the efficient and accurate mapping of underwater topography.
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Microcontroller Based Navigational Robot
January 2013
Thesis
This project marked my foray into robotics, where I built a fully functional navigational robot, gaining hands-on experience with a wide array of technologies including AVR, Raspberry Pi, Android NDK, and various communication protocols.
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Road Condition Mapping
January 2013
I was part of a team that developed a system for mapping road conditions at high speeds, contributing to safer and more efficient road maintenance practices.
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Visitor Counting System
January 2012
I developed a real-time people counting system running on an embedded device, providing accurate visitor metrics for various applications.
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Közbeszerzési Hirdetmény FigyelÅ‘
January 2016
Project Link
I was involved in this project, contributing to the development of a public procurement announcement monitoring system.
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Sign Language Recognition
January 2012
LinkedIn
I worked on a project for recognizing sign language using a depth camera, contributing to the accessibility and inclusion of the hearing impaired.
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Life Saving Mobile Application
January 2012 - July 2012
I won the “Jump! Be Innovative!” innovation competition launched by TEVA Inc. and the University of Debrecen, earning the title “The most creative student” and a monetary prize.