Biometrics
Contactless fingerprint capture
A device for fast fingerprint capture, with development resulting in patent protection in the United States.
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Software
SYDA Generator 2.0
This approach can be used to generate data sets that can be used to train machine learning algorithms, as well as to validate the results of existing solutions.
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Authors: Tomáš Goldmann, Martin Drahanský
This approach can be used to generate data sets that can be used to train machine learning algorithms, as well as to validate the results of existing solutions. The program works by rotating the object to precise positions relative to a selected background.
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Face AI Kit
Library for performing face detection and recognition..
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Author: Tomáš Goldmann
Library for performing face detection and recognition.
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Hardware
Meibograf - funkční vzorek
The device is designed to be used by an ophthalmologist.
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Authors: Štěpán Rydlo, Mňuk Tomáš, Martin Drahanský
The device is designed to be used by an ophthalmologist. It is a complementary device to the slit lamp. It serves as a less expensive alternative to existing devices. The purpose of the device is to image and highlight the lacrimal (meibomian) glands. The device consists of a near infrared (NIR) light emitter and a camera capable of detecting these wavelengths. The illumination can be controlled manually or automatically by computer.
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Snímače krevního řečiště prstu - funkční vzorek
Finger vein scanning is one of the biometric methods used for personal identification.
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Authors: Štěpán Rydlo, Martin Drahanský
Finger vein scanning is one of the biometric methods used for personal identification. The purpose of this device is to illuminate the finger with near infrared (NIR) light and then use a camera to scan the bloodstream, which is highlighted by the absorption of light by hemoglobin. The mirrors used in this device are used to image this bloodstream from multiple angles.
Funkční vzorek robotické platformy pro hledání osob v závalech a lavinách - funkční vzorek
Robot je postaven na pevném, odolném podvozku s pásy, který pohání silný pár motorů Animatics s výkonem 500 W (třída 5), vybavených převodem a statickou brzdou.
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Authors: Martin Drahanský, Filip Orság, Josef Hájek, Radim Lůža, Jan Váňa, Aleš Marvan, Tomáš Novotný, Adam Babinec, Adam Trhoň
Robot je postaven na pevném, odolném podvozku s pásy, který pohání silný pár motorů Animatics s výkonem 500 W (třída 5), vybavených převodem a statickou brzdou. Podvozek nese modulární platformu umožňující jednoduché upgrady. K dispozici jsou tři moduly připravené k použití - robotická paže, bioradar a pokročilý senzorový systém.
Semi-Autonomous Optical Tracking System - funkční vzorek
sAOTS is a complete, standalone optical tracking system.
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Authors: Orság Filip, Drahanský Martin
sAOTS is a complete, standalone optical tracking system. It contains a high resolution, digital GigE camera, motorised zoom lenses with a wide range of the focal lengths for long-range tracking mounted on a military-level P/T manipulator based on a stand with a high performance built-in computer system. The whole system is modular solution and capable of hosting any custom camera and lenses with an optional integrated video processing board.