Laboratorio didattico di ingegneria dell'informazione

Contacts

At the end of the course of Information Engineering Lab the students are required to turn in their report in the form of a small web site

This page collects the links to the sites developed by the students, sorted by academic year. The sites are as they have been turned in, without any change done by teachers

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2021-2022
	Demining Drone The objective of the project is to develop a portion of a bigger idea, which is a system for the detection and the report of the mines present in a certain area. The implementation of the idea consists in a drone that through a particualr radar scans the ground and reports the results to a remote server, which will display a map of the area colored by the probability of the presence of a mine. Our project consists on the development of a system that handles the presentation, the transmission and localization of the data collected with this radar. Finding mines with a drone with a ground-penetrating radar De Belli Davide, Gunbardhi Arbi, Mocchiutti Giulia	Drone Mine Arduino
	Smart Agriculture This Smart Agriculture project consists of using LoRa technology to build a low-cost IoT prototype that allows the parameters of a field and a greenhouse (parameters such as temperature, soil moisture, UV light, etc.) to be monitored remotely using modules with sensors placed in the area of interest and a gateway that receives the transmissions from these modules. The data collected can be viewed remotely via a graphical interface from any device with an internet connection, subject to security authentication. The strengths of the project are the low energy consumption of the modules, which allows them to be autonomous, the possibility of transmitting data without the subscription costs of LTE solutions, the high operating range of wireless communication and the total customisation of the modules. Monitor fields and greenhouses with Low-cost IoT Ivan Di Betta, Klaid Shyti, Lorenzo Zaccomer	LoRa LoRaWAN Gateway
	Smart Mirror No abstract available A mirror that displays info you could access only from your smartphone. Bernardi Thomas, Gerussi Enrico	Smart Mirror Two Way Mirror Raspberry Pi
2020-2021
	SD Card with hidden partition This project focuses on the realization of a SD card prototype whose main property is the fact that it has an integrated memory partition accessible by the user thanks to a unique enabling device which allows the access to that zone in an exclusive manner. This means that only the user endowed with the enabling device is able to perform reading/writing operations on that special partition. To realize a higher security level, the hidden partition is disabled by the card every time the hosting device powers itself off. Therefore, the user must extract the SD card from the hosting device and insert it into the enabling device to gain access to the hidden partition once again. Once the partition has been enabled, the card can be inserted into the hosting device. This prototype has been realized in VHDL language to implement it on a FPGA. Keep sensitive photo away from inquisitive eyes Matteo Stefanutti, Cristiano Modesti	SD Card Memory security
2019-2020
	Steganographic phone No abstract available A secure phone service Zampieri Sara, Drius Andrea, Marini Matteo	steganography python stream
2018-2019
	Alan the Virtual Assistant Hi! I'm Alan, a virtual assistant. Feel free to speak with me and I'll be glad to help you. You should talk with me in English because that's the only language I know at the moment. I'm able to carry out many different tasks: for example, I can remember things for you, play some music and look for some recipes. I'm a UWP (Universal Windows Platform) application, written in C#, based on Microsoft speech recognition and synthesis libraries. Fell free to speak to me and I'll help you Emanuele Flebus, Marco Iuri, Brendon Kasi	Speech recognition Speech synthesis C sharp
	STTracker STTracker is a device capable of keeping track of the time taken up by daily activities and making the acquired data available to the user by connecting via WiFi with his PC or Smarthpone. Keep track of the time spent in different activities Deana Riccardo, Fabbro Pierluigi	SmartTimeTracker RaspberryPi 3A+ Python
	SmartOctahedron, un TimeKeeper semplice e smart! SmartOctahedron is a project developed by Nicholas Bon, Alessio Cortiula, Alessio De Prà and Federico Spagnolo at the University of Udine, under the course of "Didactic Laboratory of Information Engineering" by prof Riccardo Bernardini (Master degree in Electronic Engineering). SmartOctahedron is a timekeeper: a device who measure the time spent for each different job in a context. User can choose the current activity by rotating the octahedron on the correct face. The device is connected to a smartphone via Bluetooth. The smartphone collects all the data and show the user a list of all jobs followed by the time spent for each one. The Xamarin based application can store and manage all the data received in various captures. This Octahedron will help you keeping track of your activities Nicholas Bon, Alessio Cortiula, Alessio De Prà, Federico Spagnolo	timekeeper arduino electronics
	Sniper Remote Scope The Sniper Remote Scope project concerns on a multidisciplinary teamwork that covers different fields as hardware design and firmware development for the sensing part, math and software development for the robot kinematics and vision part and, last but not least, computing and networking for data trasmission and interfacing. The aim of the whole project is to build a vision based digital rifle scope able to provide an augmented reality service helping the shooter in all the situations in which the visibility is low. The main idea of the whole work is to use a vision based approach to reconstruct the relative pose, aka the unknown positions, between two cameras, located in a neighborhood of the target, in a stereo RGB-D setup and a laser projector on the rifle. Once the relative transformation between rifle and target is known, we use the orientation of the rifle measurements in yaw and pitch angles taken by two angular sensors and all the obtained kinematic transformations to intersect a virtual ray lying on the gun barrel and the target to obtain, on the LCD, the right point where the gunshot would go. Augmented reality digital scope for aiming in low-visibility conditions Fornasier Alessandro, Marcon Mattia, Mazzer Simone, Zannier Giulio	Remote scope Vision based estimation Kinematics transformation
	Solar Tracker The purpose of this project is to create a solar light tracking system for small photovoltaic panels with real-time production and meteorological reports on a Cloud Platform. The type of solar tracking used will be single axis, in order to have a system with the least number of moving parts. Electronic control of sensors and motor will be carried out via an Arduino board. The system created aims to improve the performance of the solar panel with a limited economic budget. IoT solar light tracking system with real-time reports for production and meteorological data Canzian Alessandro	Arduino Photovoltaic Internet of Things
	Visible Light communication This is a simple project developed to test the visible light (VLC) communication between a sender and a receiver which can be used to create so-called smart tags that can be updated via the illumination present in the room. The project is based on Arduino technology and the communication between the chip and the PC is done by a GUI. Smart price tag updated with visible light communication Giovanni Della Rovere, Mattia Segatto	Internet Of Things visible light vlc communication
2017-2018
	Cuffie Attive Antirumore No abstract available Cancel selectively strong, impulsive noise (e.g., shots) Davide Pin, Scapol Marco	cuffie attive real time audio noise detect
	Impulsive Noise Reduction This website is born thanks to the cooperation between three students attending the Master degree in Electronic Engineering in the University of Udine. The aim of the project is to study and provide solutions able to reduce a loud and brief sound. A special thank goes to our mentor Riccardo Bernardini. Adaptive headphones that cancel only impulsive noise like shots Dylan D'ampolo, Stefano Pota, Giancarlo He	Impulsive Noise Reduction ANR clipping
	Project Unearth Project Unearth is a study concerning use of radar for mine detection. This work focuses on the applicability of drone detection. Mine searching with a drone equipped with a ground-penetrating radar Riccardo Fontanini, Chiara Bergagnini	Drone Trasmettitore Radar
	audioURL This project consists in developing a system in which a text, in particular a web URL, has to be embedded in an audio track: the result should not sound differently. When this is being played, a device records the audio and the URL has to be recovered, so the relative website can be opened and displayed. The major application of this is the second screen Hiding, transmitting and retrieving an URL through audio (e.g., for double-screen viewing) Francesca Rosset	audio DBPSK inaudible sounds
2016-2017
	ARDUINO BLUETOOTH IR REMOTE CONTROLLER This project has the following goals: understanding how IR Transmission Protocols work, try to decode them and create a kind of universal remote controller with Arduino. Then, the Android app is intended to manage everything and give a better user experience. Arduino sketch is the first part of this project and consists of a .ino file and some C++ classes. Android app is then used to control Arduino and transforms your smartphone in a remote controller. Universal remote controller with Arduino Leonardo Meneghin	Arduino Android InfraRed
	Controllo di un sensore per tomografia di impedenza elettrica Questo progetto ha come obbiettivo la costruzione di un sistema di tomografia ad impedenza elettrica (EIT). Quest'ultima è una tecnica di diagnostica non invasiva per la ricostruzione della forma di campioni biologici. Il progetto in particolare si è focalizzato sulla costruzione del sistema necessario alla misura della matrice di impedenza. Si è quindi realizzata una parte hardware per la generazione e gestione dei segnali di eccitazione opportuni e una parte software dedicata all'acquisizione delle tensioni agli elettrodi e del calcolo della matrice di impedenza. I risultati ottenuti sono stati validati su un prototipo di matrice resistiva. Recover biological sample shape from impedence measurements Pitassi Silvano, Iurich Mattia, Hoxha Aldi	EIT matrice impedenza labview
	SLAMCam: Tracciamento della posizione tramite immagini Lo scopo di questo progetto è di realizzare un sistema di tracciamento della propria posizione (relativa ad un punto di partenza) mediante la continua aquisizione di immagini provenienti da un dispositivo dotato di videocamera. Si tratta di un'architettura client-server tra un dispositivo Android e un server Linux. La comunicazione è basata sui protocolli TCP e UDP. Orient yourself in space via image processing Leonardo Vianello, Massimiliano Biason, Eros Reato	TCP UDP Android
	Sviluppo di un sistema audio follower Questo progetto prevede la realizzazione di un sistema audio follower per una applicazione di videoconferenza. Il prototipo stima l'angolo di arrivo della voce tramite l'utilizzo di due schede audio i cui dati acquisiti vengono elaborati e sottoposti a correlazione. Il risultato dell'elaborazione viene infine utilizzato per pilotare un motore sul quale è posto una webcam. Automatic microphone control for teleconferences Moretti Simone, Michelotti Luca	videoconferenza correlazione angolo di arrivo
2015-2016
	Eye Tracker Il progetto consiste nella realizzazione di un tracciatore oculare basato sull’algoritmo di starburst e i contesti applicativi in cui si inserisce sono svariati. Esso può infatti essere utilizzato in ambiti quali: * scrittura oculare per soggetti affetti da disfunzioni motorie * indagini pubblicitarie per l’analisi dell'attenzione e dei punti focali * web marketing per l’usabilità di un sito Web * applicazioni militari per la gestione di sistemi di guida e di arma in diversi veicoli * applicazioni ludiche in fatto di realtà aumentata Lo scopo del progetto è quello di realizzare un dispositivo low cost e open source che potrà essere utilizzato senza necessità di strumenti avanzati e in seguito sviluppato a seconda dell’applicazione di interesse. In particolare, il dispositivo si classifica come un sistema head-mounted nel senso che lo strumento di tracciatura deve essere indossato dall’utente. Il progetto è stato realizzato con il toolkit Openframeworks che a sua volta sfrutta le funzioni di libreria di OpenCv per la gestione avanzata di immagini. Il complesso è eseguito su una scheda Raspberry Pi 3 B V1.2 connessa ad una videocamera PS3eye montata su un paio di occhiali senza lenti. Let the computer follow your gaze Bortolin Giovanni, Ferrario Andrea, Ortolan Moreno, Savoia Matteo	Eye Tracking Raspberry-Pi Human Maching Interface
	Home Appliance Power Consumption Coordination This project was born with the aim to examine the consumption of different devices connected to the electricity network, such as the case of home appliances. The intent is to limit the energy expenditure so that there can be a power overloading resulting in shutdown of the general counter. The project specifications provide for the control and dynamics of consumption analysis individual devices and the consequent maximization of the number of devices in operation. Coordinate the power consumption of your appliances Riccardo Barbon, Alberto Molinari	Domotica Distributed Ethernet
	Indoor Enviromental Quality Analyzer The purpose of the whole system is to monitor the indoor environmental parameters in order to estimate the overall quality of the interested location through a sensor network. According to the Internet of Things paradigm, I.E.Q.A. system consists of spatially distributed autonomous base stations equipped with sensors, LCD display, actuator, data storage device and a board that supports a Linux distribution with built-in WiFi support. Every single base station is able to send/receive data over WiFi (802.11b/g/n) in a Wireless Local Area Network (WLAN) to/from a virtual Linux server which is aimed to process and display data through a dedicated web application. The latter, processes the data using a mathematical model based on the combination of parameters obtained by multiple regression analysis. keywords: "IoT, distributed, WLAN, WSN, 802.11, HTTP, GET, POST, network, sensors, Arduino, Yùn, Linux, virtual machine, virtual server, heat index, multiple regression analysis, statistics, hysteresis, database, MVC, CodeIgniter" Environment monitoring with an IoT approach Davide Cocco, David Palma, Jacopo Piani	IoT distributed WLAN
2014-2015
	Video follower No abstract available Follow automatically the teacher during a streaming lesson Mattia Dal Ben, Manuel Guglielmini
	Video follower 2 No abstract available Follow the teacher during a streamed lesson Dazzi Martino, Mele Leandro Julian, Pilotto Alessandro
	Virtual graphic tablet No abstract available Use a pointer and pretend to have a graphic tablet Sist Paolo
2013-2014
	Cassa Intelligente No abstract available Take your loudspeaker where you want and listen from any source in your home Pangallo Bruno Mirko, Tumaini Francesco, Urban Cristiano
	Thermostat No abstract available Control your thermostat remotly and minimize energy consumption Alessandro Brisotto, Luca Francescon, Mattia Guacci, Davide Righini
2012-2013
	Mouse 3D No abstract available Navigate your virtual world in an intuitive way Edotti Andrea, Errante Matteo, Simonetti Michele, Tonetto Enrico
	Solar-powered PC No abstract available A low-power laptop powered by sunlight Ferigo Diego, Kapidani Bernard
	Submarine No abstract available A unmanned, underwater remotely operated veichle (ROV) Roberto Cheng Hivai, Stefano Colonna, Andrea Locatelli, Michele Scarsini, Andrea Cossettini, Tommaso Rollo
2010-2011
	Virtual Piano No abstract available Play a virtual piano with a fake keyboard Alessandro Biason, Giulia Giordano, Christian Olsen, Federico Pever, Stefano Venica	virtual piano music ultrasounds
	Virtual Piano No abstract available Play a virtual piano with a fake keyboard and an ultrasound source Marco Cagnelutti, Elvis Kapllaj, Marco Gava	virtual piano music ultrasounds

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