Project tag: cloud

  • IOT Eyelid Monitor in a Cloud

    Analysis of the eyelid movement enables doctors to diagnose several types of neurological and ophthalmic diseases. The project's goal is to connect the device to the AWS cloud services and create an easy to use web page that connects to the AWS cloud, and control the device from the web page.
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  • Cloud Controlled Parking System

    This project is a part of a chain of projects aimed to build a control system for the EE faculty parking lot. The system includes digital displays with counters, LED indicators hanging over parking spaces and a management system to control them using different IoT devices and sensors. The objective of this work is to create the management program to control the parking lot from afar. This work will go...
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  • Fuel Consumption Analyzer

    The goal of the project is to upload data from distant sensor to the cloud. This project is a peer to peer system that enable portable sensors support I2C protocol, without internet connection. to upload its data to AWS cloud
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  • IOT management infrastructure based on MQTT

    The goal of the Project is Development an IOT sensor system management. The transfer of information done using the MQTT protocol. The system implement an example application that demonstrate the capabilities of the management system. The system allows the user to control the system manually (from the GUI) or automatically (according to the smart server)
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  • IOT- Structural Health Monitoring

    The 'Internet of Things' is a network of many devices, embedded with electronics, software and sensors. The connectivity between these objects enables collecting and exchanging data. Following this idea, utilizing strain gauge, ESP8266 microprocessor and Amazon Web Services we implemented a system, which conducts 'Structural Health Monitoring' a method for damage detection of engineering structures.
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  • IoT Sights

    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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  • 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.
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