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Projects

Description.

  • Wisdom of the crowd

    Prototypes of 2 "smart collars" based on Arduino boards to for herds members. Each smart collar receives GPS and sensors data. The collars share data through WIFI. Real time data will be transferred to the mobile phone through cellular communication.
    Tags: arduino | cellular | gps | nano | wi-fi | wifi
  • 32ch Beam-Former for Medical Ultrasound Scanner

    In our project, we will build a beam former module for ultrasound scanner. The module includes 128 transmitting channels with configurable beam former skew and a HV switches for measurement of the echo signal.
    Tags: beam | bear | former | parser | scanner | ultra sound
  • Smart Refrigerator

    System based on Arduino Mega micro-controller that can help one to manage his or her refrigerator in an easy manner.
    Tags: android | arduino | iot | rfid | server | web | wifi
  • Self-Powered Environmental Monitoring System

    This project is an EMS project (environment monitoring system). The main purpose of this project is to create a low power, self-sustaining, modular system that can collect data using different sensors and transmit it to a database accessible by the user. The project is multidisciplinary and requires understanding in system architecture, embedded systems, software development and analog circuits.
    Tags: ems | monitoring
  • SOPC with hardware accelerators

    Method for accelerating simulation on FPGA using SW model on FPGA’s embedded CPU.
  • Implementation of a generic neural network on Zynq

    The project's goal is to implement an SOC architecture that could compute a wide variety of Deep Learning algorithms using Convolutional Neural Networks in a fast, dynamic and configurable way.
    Tags: network | neural | soc | xilinx | zeadbroad
  • Matrix multiplication on FPGA

    Matrix multiplication is a complex mathematical operation. Naive implementation of the common algorithm may cost a lot of resources and time. An efficient matrix multiplication implementation is needed. Project Goal -€“ Implementation of an efficient algorithm and Infrastructure Minimum FPGA resources. Minimum run time. Maximum throughput
  • Menu Navigation

    This project uses symbol generator infrastructure. The main goal is to enable navigation between symbols that can be generated in advance.
    Tags: altera | de2 | menu | quartus
  • Electric Magnetic Resonance System

    The goal of the project is to implement a sequencer - multi-channel digital pattern generator. The sequencer would be able to be clocked/triggered/reset and perform averaging and loops. The development would be using the VHDL and Virtex-7 evaluation board.
    Tags: electric magnetic | mri | resonance
  • 5Ghz communication system on FPGA

    Implementation of a bit-accurate VHDL simulation for the Algorithmic part of the 5GHz communication system
    Tags: fast
  • Fast and low illumination light pulse detector using FPGA

    In this project we developed and implemented testing environment for Detection of low intensity and short duration light pulses for SPAD chip (Ver. 2).
    Tags: spad | xilinx | zeadbroad
  • Home controlling system based on Galileo

    With the exponential growth of the relatively old concept of home automation, the installation of the system and managing it are still very complex to deal with. In this project we created a simple way to manage multiple end points (micro controllers) by the average user, using a smartphone.
    Tags: cloud | galileo | mobile | smartphone
  • Hardware DLL

    Hardware DLL - Real Time Partial Reconfiguration Management of FPGA by OS.
    Tags: dll | fpga | hardware dll | partial | reconfiguration | xilinx | zynq
  • OFDM implementation in software

    Software implementation of underwater acoustic OFDM transmitter and receiver based on MATLAB.
  • Smart switch based on Arduino

    The smart switch that can be controlled via the internet and through a dedicated server implemented specifically for this purpose.
    Tags: arduino | esp | smart switch

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