Antigravity device
Electronics project: magnetic levitation of a small object, with an electromagnet driven in a closed loop by an Intel Galileo microcontroller.
An electromagnet, driven by a second-generation Intel Galileo microcontroller, holds a small object in the air against gravity.
Position is read by an infrared LED and a phototransistor acting as the sensor. The controller adjusts the current through the electromagnet, which changes the strength of the magnetic field, which keeps the object floating. It is a closed loop: measure, correct, measure again.
OTHER PROJECTS
Integrated emotion recognition system from multimodal data
Multimodal fusion of facial video and speech into a single emotion recognition pipeline, using a window-based approach on the audio signal and a limited number of video frames.
PYTHON · SCIKIT-LEARN
DETAILS
Traffic sign recognition on Android with reduced-complexity CNNs
Reduced-complexity convolutional networks recognising traffic signs in real time, trained on GTSRB and BTSD and integrated into an Android application.
PYTHON · SCIKIT-LEARN
DETAILS
Automatic detection of traffic participants
Automatic detection and recognition of pedestrians, cyclists and vehicles in urban footage, behind an interface that handles both images and video.
PYTHON · OPENCV
DETAILS
Hospital data management platform
Web platform for managing hospital records (doctors, patients, medicines and consultations) on a relational core, with a Symfony interface over MariaDB.
CSS · PHP
DETAILS
Two database interfaces: JSP and Flask
Two independent interfaces over the same MySQL database, one built with JSP and one with Flask, to compare what each stack asks of you.
MYSQL · CSS
DETAILS
CONTACT
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Full-time roles, freelance builds or research collaboration. Write and I will answer, usually within a day.
contact@enricogaraiman.com
BUCHAREST · ROMANIA · EET (UTC+2)