Rami Saab
me

projects.

Highlights

  • SidsCrib

    Description

    SidsCrib is a contactless physiological monitoring system for measuring a baby's vitals while sleeping. The system measures a baby's breathing rate, surface temperature and wakeful state using remote sensing devices and intelligent signal processing algorithms. Won 2nd Place prize at ECE Capstone Expo @ McMaster.
    Learn more..

    Technologies

    Microwave Doppler Radar
    Infared Themometer
    Accelerometer
    Python (Multiprocessing, Serial Communication)
  • Android App for SidsCrib

    Description

    I developed an Android App to interface with our SidsCrib device. The application communicates with a server to deliver continous data notifications on the status of the baby being monitored.
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    Technologies

    Android Studio
    Java
    Google App Engine
    Google Cloud Messaging (GCM)
  • Pulse Oximeter MIDI Output (POMO)

    Description

    Developed an embdedded system attachment for a clinical pulse oximeter to convert the beats-per-minutes (BPM) into tempo and the PO2 into pitch. The MIDI output from the device could be directly used with music recording software such as GarageBand. Submited to Canadian Anesthesioloy Society (CAS) Conference 2017. Learn more..

    Technologies

    Embdedded systems
    C Programming
    Data audiolization
  • myFractal

    Description

    myFractal is a simple, easy-to-use EEGLab plugin for analyzing EEG data using fractals. This plugin expands the accessibility of fractal analysis to the wider research community and opens numerous possibilities for new insights into neuroscience. Learn more..

    Technologies

    Matlab
    EEG - EEGLab
    Fractal Analysis
  • eduMD

    Description

    eduMD is a online platform allowing healthcare professionals to safely and securly share customized and personalized medical educational material with their patients. This project was made with Stuart Douglas and Kosuke Shimizu at DeltaHacks 2016
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    Technologies

    HTML
    CSS
    Java
    Python
  • Motor Driver for BCIs

    Description

    I developed low-latency motor driver to allow for low-latency tactile stimulation in brain-computer interface (BCI) applications to allow for high-speed and high-accuracy tactile stimulus delivery. This system was effectively utilized in the following study:
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    Technologies

    Python
    Numpy
    Scipy
    QtCore
  • Microphone Circuit

    Description

    A filtering pre-conditioning circuit was designed, and built for use with the Esduino microcontroller. I developed code in C and wrote a software backend in Matlab to allow for real-time plotting of the audio signal
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    Technologies

    Circuit Design
    Analog Filters
    C
    Microcontrollers
    Matlab
  • Elbow Orthosis Device

    Description

    The elbow orthosis device was designed for a patient with ossification on the elbow joint. The innovative design of the device allows the elbow to be both flexed and extended, speeding up the recovery process.

    Technologies

    Rapid prototyping
    Thermoplastic
    Pneumatics
  • Research Papers

    Description

    I have co-authored research papers on EEG based brain-computer interfaces and was heavily involved in the development of real-time software and hardware systems. I also aided in running the research experiments.
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    Technologies

    Hardware Design
    Software Design
    LaTex
    Research
  • This Website

    Description

    This website was created to connect with others across the interweb with similar interests. It was made without a template using the latest web technologies.

    Technologies

    HTML 5
    CSS 3
    Java/
    Javascript