Epistemología a la carta
Epistemología a la carta
Portfolio
Lab Neurotronic
The Neurotronics Lab S206 is an interdisciplinary experimental laboratory at ITBA. Here are some of the devices we have available for all students:
- g.Tec g.Nautilus 8 channels: A high-quality wireless EEG device tailored for BCI applications.
- EPOC Emotiv 14 channels: The first version of this headset. It is excellent for implementing basic EEG paradigms, even though the signal * quality is not the best. It is easy to wear and handle.
- Mindwave NeuroSky Mobile: Very easy to wear, good for detecting EOG.
- Muse 3 channels: Good for detecting facial movements.
- OpenBCI/Ganglion: 8 channels. Excellent for exploring electrophysiology issues.
- OpenEEG Olimex: Good for EKG.
- Bitalino: Good for EDA and GSR.
- Additional devices: Sip-and-Puff air volumetric sensors, SpO2 sensors, switch buttons.
- Robot Prototyping: Aluminum rods and beams, 3D printer.
P300 Speller Device based on EEG Waveforms
P300-Based BCI Speller based on the SIFT Method
Equilivest
A Robotic Vest to aid in Post-Stroke Dynamic Human Balance Rehabilitation
Alignment Algorithm for EEG Signals
Use Gambini algorithm to create an alignment algorithm for EEG segments
Vision System for SAE International Simulator
Vision System for SAE International Simulator
Phantom head for Electrophysiology
Phantom head for Electrophysiology
Hybrid Teams Decision Making
Decoding of metacognition information
ALPIBot
Mobile Robotic Platform to carry the Oxygen Tank
Training a Gaming Agent on Brainwaves
ErrP ERP Detection based on Reinforcement Learning
Bidimensional Signal Processing
Signal Detection based on Scale Space Theory
KComplex
KComplex and Slow Wave Localization and Detection for EEG Sleep Research
OpenBCI/Ganglion Headset
Redesign of a platform based on OpenBCI
OpenGL/ODE Simulation Platform and Game
Very old simulation platform
Liveness Detection
Liveness Detection
SAR Q.Bo for Gerontology
Robotic Platform for Gerontology
Topotecan Penetration Analysis
Confocal Microscopy Image Sequence Analysis
BCI RSVP paradigm into OpenVibe
BCI RSVP paradigm into OpenVibe
Faces generation for Memory Research
Use GANs to generate artificial faces that can be used for memory research
JS
Robotic platform to study young toddlers behaviour
Deep Fake Detection based on Physical or Physiological Models
Use modelling to determine if a video is a fake or not