Embedded Systems

  • Magic Top

    A top (aka dreidel) is a common toy which spins rapidly. The main goal of the project is to design and implement a synchronization system for such a top. i.e., a real time system to indicate the current angle that the top is facing while it is spinning. This solution it to later be used to synchronize different operations.
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  • Secured remote controller

    Remote controller for the aged bomb disposal robot of the Israeli Police Sapper. The communication is secured, credible and reliable for a mid-long range and the hardware is power efficient. This project include both hardware and software.
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  • Low cost digital oscilloscope

    Professional oscilloscopes for all their rich functionality are normally expensive - a limiting factor when one's budget is low. The requirement of mains power limits their portability. Thus, it was chosen to design a cheap barebones device implementing the most basic functionality of a scope - waveform sampling and display.
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  • IOT sensor measuring Air pollution & heart beat

    The aim of the project is to design and produce a compact, low-power sensors array that will be able to sense the air quality and the Heartbeat of the test subject. The collected information is to be transmitted to a server via long range communication protocol for further research and analysis.
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  • Generic neural network software on FPGA

    One of the main approaches to problem solving in computer vision is neural networks. Implementation of such networks on a computer or GPU system requires high computational power and hence high power, long computation time and expensive cost. This project is the software part of 3 teams: software, hardware and algorithm. The 3 projects goal is to create a system that implement the LeNet 5 model using FPGA instead of...
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  • Remote Controlled Web Camera

    The IoT ("Internet of Things") is a big trend in the industry nowadays, and one of the most commonly used products in IoT networks is a remote-controlled web camera. The purpose of this project was to build such a system, using two Zedboards (SoPC), a joystick, a screen, a motor controller and a stepper motor.
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  • INtime Hardware DLL

    This project aim was to create an infrastructure who enable the end user to create and use hardware accelerators library using INtime for Windows RTOS and NetFPGA-SUME. Hardware accelerators are created with Xilinx Partial Reconfiguration technology that gives us the ability the ability to swap accelerators at real-time without affecting other operational part of the system.
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