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    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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    This project took a specially designed board and implemented on it a Kalman-Filter based algorithm for merging GPS and INS positioning data and outputting a highly accurate and frequently updated position solution. The report gives some background theory needed for understanding, show the proposed algorithm and implementation and gives a brief results review.

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    A sensitive area requires security footage coverage for the next 24 hours. This project’s main goals to design a device which allows the detection of movements taking place inside a covered area, a couple of meters ahead of the device, and notify the user of the above activity by sending captured images over Wi-Fi network.

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    The project goal is to add Wi-Fi communications capabilities for Zed-Board.
    The communication will be performed by GUI on remote computer to read, write, and send information from or to the board.

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    Recently, more and more devices are being connected to each other in a smart way, as known as “IoT”. Therefore, we brought out a system of a “Smart Lock” instead of the traditional Lock, as a part of the growth of IoT.
    This Lock can be used by anyone who has Android based devices , and with the app installed on it, so he/she can control the Lock by his device.

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    Solution based on IOT utilization to prevent sheep from steal or any distress situation.
    Every sheep would be equipped with a connected collar that will be able to inform the Shepherd on its situation.
    A sophisticated algorithm would be able to detect any dangerous case by using sensors, GPS and other data, and alert the shepherd by a SOS message.

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    The problem of relaying battlefield information is at the heart of all modern warfare, getting crucial, reliable data from one area to another, or from the battlefield back to the chain of command as fast as possible. To help mitigate the problem, we developed a small, lightweight, gun mountable sensor array with wireless capabilities and sufficient battery life to record and transmit vital information off the battlefield.

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    Herd Monitoring System is defined for tracking and control animal location in Real-Time in their natural or artificial environment. System allows up to 15 km range monitoring with significant energy consumption savings based on low power modules, algorithms and Solar Panel power supply.

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    The goal of this project is to develop a smart traffic lights system that could sense real time changes in volume and speed of traffic. Using BT and WiFi signals, the system extracts statistical information on the road. According to that, a policy of traffic light would be determined, in order to receive a wardrop (equilibrium).

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    The project 'IOT for a Car' belongs to the IOT area.
    This project deals with developing an alert System, located in a car, which sends reports to the car owner in cases of emergency.

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