Dissertations / Theses on the topic 'Internet delle Cose'
Create a spot-on reference in APA, MLA, Chicago, Harvard, and other styles
Consult the top 17 dissertations / theses for your research on the topic 'Internet delle Cose.'
Next to every source in the list of references, there is an 'Add to bibliography' button. Press on it, and we will generate automatically the bibliographic reference to the chosen work in the citation style you need: APA, MLA, Harvard, Chicago, Vancouver, etc.
You can also download the full text of the academic publication as pdf and read online its abstract whenever available in the metadata.
Browse dissertations / theses on a wide variety of disciplines and organise your bibliography correctly.
Minutoli, Antonino <1991>. "Internet Delle Cose: Trend futuri ed implicazioni per le imprese, Network di connessione tra gli artefatti e descrizione delle tecnologie abilitanti." Master's Degree Thesis, Università Ca' Foscari Venezia, 2018. http://hdl.handle.net/10579/12555.
Full textVandi, Mattia. "Progettazione e sviluppo di un prototipo di piattaforma per Web of Things." Bachelor's thesis, Alma Mater Studiorum - Università di Bologna, 2017. http://amslaurea.unibo.it/14200/.
Full textAscenzo, Gianmarco. "Applicazioni mobili ed internet delle cose: progettazione e sviluppo di un framework per ottimizzare l'efficienza energetica di una smart home." Bachelor's thesis, Alma Mater Studiorum - Università di Bologna, 2015. http://amslaurea.unibo.it/9089/.
Full textDel, Vecchio Davide. "Un sistema di raccolta ed elaborazione dati per il tracciamento e monitoraggio di imbarcazioni nell'ambito di internet delle cose applicato alla nautica." Bachelor's thesis, Alma Mater Studiorum - Università di Bologna, 2017. http://amslaurea.unibo.it/14338/.
Full textCONCETTI, ROBERTO. "Studio, sviluppo e test sperimentale di architetture di rete per l’iot e loro integrazione con sistemi cloud per finalita’ di eew." Doctoral thesis, Università Politecnica delle Marche, 2021. http://hdl.handle.net/11566/287390.
Full textAn Earthquake Early Warning (EEW) system must necessarily deal with the time component. Excluding the possibility of predicting a seismic event, the only action currently possible is sending an alert to targets further away from the nucleation point before the arrival of the most destructive waves. To this end, it is possible to exploit the different propagation speed of seismic waves in the ground compared to the propagation speed of transmitting information, and to make the use of modern technologies. Therefore, this thesis presents the study, development and experimental test of network architectures for the Internet of Things (IoT) and their integration with Cloud systems for rapid warning in the event of an earthquake. After analyzing the delays added by each component of an EEW system, we work on a part of the system architecture with the aim of branching out the alerts in a shorter time than the current ones. The use of different transmission protocols compared to international standards, the use of different identification and localization techniques, has shown how it is possible to reduce the total detection time, and consequently the alert, by about 3 seconds. The modularity of the proposed architecture allows its integration into current seismic networks and it is also applicable in other scenarios, such as structural monitoring, or in the case of rapid alert following a variety of natural events, such as those related to hydrogeological instability.
Rinaldini, Fabrizio. "Comunicazione tra dispositivi IoT e Cloud tramite protocollo MQTT." Bachelor's thesis, Alma Mater Studiorum - Università di Bologna, 2017. http://amslaurea.unibo.it/13199/.
Full textCERVO, ANDREA. "Ingegneria dei sistemi distribuiti per l’orchestrazione delle tecnologie di Industria 4.0 finalizzate a uno sviluppo di prodotto agile." Doctoral thesis, Università degli studi di Modena e Reggio Emilia, 2022. http://hdl.handle.net/11380/1277911.
Full textIndustry 4.0 is a concept describing the implementation of Industrial cyber-physical systems in modern industries, also defined “smart industries”. With Industry 4.0 a wide set of technologies is intended: Internet of things, cloud computing, data analytics, distributed control systems, advanced robotics, artificial intelligence. Major barriers for the rapid and widespread adoption of these new technologies in SMEs are represented by the technical background required to operators, the time to learn new methodologies and technologies and the costs. The purpose of this PhD thesis is to describe the role of Systems Engineering in the Industry 4.0, to enable a structured approach for product development when these technologies are required for the applications in scope. The focus of the research is on the cross-domain methodology based on model-driven design applied to distributed applications, increasingly relevant as they are the basis of IoT systems and decentralized control systems. These technologies are well suited also for the flexibility and scalability they offer in case of lean/iterative project management methodologies like Agile, SaFE. The thesis presents an E2E approach consisting of: Requirements elicitation and management, System Architecture design, Software design, Verification and Validation methodologies, KPI definition for analysing technical success of the application. The technologies analysed and deepened in this thesis are industrial multi-agent systems, data analytics leveraging also on Artificial Intelligence and Natural language processing, data presentation and IoT networks, both with standard internet protocols and low level, energy-optimized, communication protocols. For each topic discussed in the thesis, a review of current state of the art, leveraging on recent articles and papers of scientific relevance, and a technical use case developed and validated in laboratory are presented. The technical use cases are all based on requirements coming from Industrial needs, to keep the concreteness for the design and validation process. The domains verified with the technical use cases are: Automation Engineering, Software Engineering and Smart infrastructure engineering. Finally, purpose of this thesis is also to provide ideas and suggest room for improvement or further study for each topic, with the aim to create an entry point for deepening on related issues for researchers in the Software and Automation community.
SABBATINI, LUISIANA. "Artificial Intelligence and Internet of Things for Industry 4.0 and Society 5.0: Exploration of Theories and Practices to Implement the Future." Doctoral thesis, Università Politecnica delle Marche, 2022. http://hdl.handle.net/11566/295522.
Full textThe societal context of today is shaped by two coexisting tendencies: technology-push and application-pull. The former is the emergence and rapid evolution and application of innovative technologies, in the realm of ICT (like IoT) and Data Analysis (like Artificial Intelligence, Machine and Deep Learning). The latter tendency is the trend of the market of today, built on requirements like low-cost, high-tech, customized, easily accessible, and so on so forth. Thanks to these coexisting and synergistic tendencies, the entire society is rapidly passing to the next level (hence Industry 4.0 and Society 5.0 paradigms). The reasoning that allowed this rapid evolution, has been the comprehension of the fact that making decisions based on real information extracted from the complex reality we live in, allows improvements in terms of costs, time, and quality. In almost every context, having good systems that allow the passage from raw actual data collected to meaningful knowledge is the key for success. From an architectural point of view, there are three main levels that allow the creation of knowledge and wisdom from the reality: acquisition, communication, and analytic. Innovation in either one or multiple levels is essential for the development of the worldwide community. This thesis presents several innovative contributions and technological explorations, belonging to either one or multiple levels, mostly focused in the realm of Industry 4.0 practices, like Condition-Based Maintenance, and Machine Vision Systems, and Society 5.0 practices, like e-Health devices and Visual-IoT systems for flood management in smart cities. IoT and AI technological paradigms have been deeply analysed from both a theoretical and practical point of view. Through their application in several research activities, each focused on specific aspects, the final aim of developing a broad and comprehensive understanding has been achieved. IoT is a revolutionary paradigm, which spans the three levels between raw data and meaningful knowledge, thus being a complex topic to deal with comprehensively. AI is an essential enabler for making IoT's impact tangible, and AI methodologies and techniques are diversified and complex too. For this reason, a bottom-up approach has been adopted, starting from a variety of real cases focused on a specific level, and each addressed rigorously applying the scientific method of research, global and adaptable knowledge about IoT and AI has been extracted. The sources of use cases have been private companies, National and International research projects, committed to Industry 4.0 and Society 5.0 paradigms, as will be presented. Specifically, the following research activities will be presented: an e-Health system based on wearable sensors, an IoT system for real-time building monitoring, a cross-protocol proxy for sensors networks, a Machine Vision algorithm for counting manually assembled pieces, a ML-based model for assessing the health status of a cartesian robot's drive belt, a ML-based model able to assess the health of an injection moulding machine based on process parameters collected by widespread sensors, an OCR-based system able to suggest maintenance intervention for painting robot's number plates, a Computer Vision solution for monitoring the water level of rivers through a camera framing the gauge, and a dynamic energy consumption rationing model for oil refining plants. By addressing more or less specific real cases centered on IoT and AI, it has been possible to understand architectural and software possibilities and peculiarities of the two paradigms. These wide variety of possibilities should be tuned in order to satisfy as better as possible context and task-specific requisites. Concluding, IoT and AI can benefit each other by the strict interconnection into the edge-AI paradigm, which together with in-network and cloud computing, have been found essential for the future successful achievement of smarter society.
PAOLETTI, MICHELE. "Studio e sviluppo di sistemi per il monitoraggio ambientale e della persona basati su Smart Objects per Internet Of Things." Doctoral thesis, Università Politecnica delle Marche, 2022. https://hdl.handle.net/11566/295526.
Full textThe research activity focused on environmental and human monitoring systems. As regards environmental monitoring, Smart Objects have been studied and developed for the Internet of Things capable of creating widespread networks of sensors to be used in seismic monitoring for the purpose of Earthquake Early Warning. The goal was to analyze and compare the performance of a set of low-cost accelerometer sensors in order to increase the density of the monitoring network and thus increase the efficiency of early warning in case of earthquakes. Still, with a view to creating Early Warning Systems, it was studied how to create a data acquisition and analysis infrastructure for rapid warning in the event of floods with the aim of developing a platform capable of acquiring sensor data distributed throughout the territory, process the information collected by civil protection volunteers and automate the processes of modeling the stage-discharges curves for estimating the discharges of rivers. In this way, at each level value recorded by the hydrometric sensors, the corresponding estimate of the flow rate can be obtained without having to go to measure it every time. The study of issues related to the development of human activity monitoring systems, based on inertial units, has led to the evaluation of the use of these sensors in biomedical applications. In this context, a Wireless Body Sensor Network was developed consisting of an inertial unit for identifying the flexion angle of the back and sensors for the acquisition of surface electromyography signals of the back muscles. The goal was to evaluate the presence or absence of a physiological phenomenon called Flexion-Relaxation Phenomenon statistically present in most healthy subjects who do not have low back pain. The research focused on the creation of a system capable of processing the different types of signals in order to obtain parameters to identify and quantify the phenomenon in an objective, automatic, and highly reliable manner.
Cinefra, Fabrizio. "L'utilizzo dei social network come strumento di strategia organizzativa all'interno delle aziende." Bachelor's thesis, Alma Mater Studiorum - Università di Bologna, 2010. http://amslaurea.unibo.it/1187/.
Full textD'ORLANDO, DARIO. "Archeologia e Cultura delle aree interne della Provincia Sardinia: l'archeologia come indicatore culturale, economico e insediativo durante la fase di occupazione romana in Sardegna." Doctoral thesis, Università degli Studi di Cagliari, 2021. http://hdl.handle.net/11584/313354.
Full textFerrari, Marco <1996>. "I neologismi della lingua cinese: come linguaggio di Internet e 流行词 influenzano lingua e società." Master's Degree Thesis, Università Ca' Foscari Venezia, 2020. http://hdl.handle.net/10579/18315.
Full textBarletta, Domenico, Pietro Pantano, Salvatore Marano, and Rango Flaviano De. "Smart homes and smart objects: internet of things for energy-aware monitoring and controlling systems." Thesis, 2017. http://hdl.handle.net/10955/1307.
Full textIn recent years, the design and implementation of Home Automation Systems followed the spread of Internet of Things and its intent to make every home smart for end-users through Internet and Wireless connectivity. Ambient intelligence is an emerging discipline as well that aims to bring intelligence to environments making them sensitive to people through the use of embedded smart objects. Together, Automation Systems, Internet of Things and Ambient Intelligence make great interaction between people and the environments they live in possible. The enhancing of these interactions was one the main goals of this thesis whose intent was to improve the classic concept of Home Automation System through Internet Of Things philosophy. The first research objective was the design and implementation of a basic Internet of Things architecture that can be used for several Home Automation and Monitoring applications such as lighting, heating, conditioning or energy management. In particular, besides controlling features, the system can optimize energy consumptions by increasing awareness of users that have full control of their house and the possibility to save money and reduce the impact of energetic consumption on the earth, matching the new “green” motto requirements. According to IoT, innovative plug-and-play and ready-to-use smart devices were designed and implemented as part of this reactive automation system that offers a user-friendly web application and allows users to control and interact with different plans of their house in order to make life more comfortable and be aware of their energy consumptions. Control and awareness were two important key points for the first stage of research activity. The next challenge was to enhance IoT with intelligence and awareness by exploring various interactions between human beings and the environment they live in. The system was progressively enhanced evolving from a reactive system to a proactive system where the knowledge of human needs, in addition to the current environment status, constitute a new input for the system whose further objective is to find the right automations that can satisfy human needs in real-time. This advanced proactive system can sense and infer the user’s and the environment’s context and consequently decide autonomously how to affect the environment and actuate smart actions. It was experienced by many researchers that, for several reasons, some users might not appreciate these kinds of proactive actuations so, another challenge was the design of a system which is able to learn from user’s context and feedbacks history and, subsequently, to adapt itself to always up-do-date users’ expectations and keep the rules for triggering smart actuations constantly updated. The system was at a later time transformed into a “Inferactive” system. Another important scope of the research was the in-depth examination of the motivations for energy-efficient communications in wireless systems by highlighting emerging trends and identifying the challenges that need to be addressed to enable novel, scalable and energy-efficient wireless communications. One of the most important issues for researchers that must be addressed in designing communication protocols for wireless networks is how to save devices’ energy while meeting the needs of applications. For this reason, the architecture proposed was also enhanced at a communication level with energy-awareness in order to minimize energy consumption by communication devices, protocols, networks, end-user systems and data centers. To do this, some smart devices have been designed with multiple communication interfaces, such as RF and Wi-Fi, by using open-source technology such as Arduino. They have been analyzed under different working conditions and network topology. Communication parameters, data size and device status have been changed dynamically according to different scenarios and specific quality of service required, such as the speed of response, in order to find the best hardware and software configuration that offers the most benefits in terms of energy cost/quality ratio, lowest energy consumption and extended lifetime for battery-powered devices. The last challenge was to improve energy consumption of battery-powered smart devices provided with Wi-Fi that is commonly considered a very energy-expensive communication interface if compared to Bluetooth or ZigBee. Research focused on social IoT solutions for Home Automation Systems where devices are socially connected to Internet and can communicate through social applications like Facebook, Twitter or Google+ with a community of users that usually interact with that device itself. A fuzzy-based solution was proposed to classify the social community interaction with the system in order to implement an adaptive energy saving mode for social Wi-Fi devices according to users’ current context, behavior, habits and feedbacks. Test and performance evaluation regarding energy consumption and efficiency in real world scenario with real hardware devices were performed to prove the efficiency of the solution in terms of electricity consumption, battery lifetime, CPU utilization and increase of comfort and satisfaction levels for community users. The thesis is organized as follows. Chapters 1,2 and 3 contains the basics for a better understanding of the solutions proposed such as Internet of Things, Ambient Intelligence, Smart Homes and Smart Devices energy level issues. Chapter 4 describes the solution proposed, in particular, the system architecture and how the system evolved from reactive, to proactive and finally to “inferactive”. Chapter 5 examines how to deal with energy-aware communication and how Wi-Fi communication was improved in terms of energy consumption through social IoT awareness and fuzzy logic. In closing, Chapter 6 presents the test and the results achieved.
Università della Calabria
Ventrella, Agnese Vincenza. "Design of Information-centric publish-subscribe mechanisms for Internet of Things." Doctoral thesis, 2019. http://hdl.handle.net/11589/161030.
Full textEmerging Internet of Things (IoT) applications, such as Intelligent Transport System (ITS), require efficient content dissemination mechanisms based on the publish-subscribe model in static and mobile scenarios. The Information- Centric Networking (ICN) architecture can successfully satisfy these requirements. In its native formulation, ICN can fulfill publish-subscribe data dissemination and natively support mobile applications. At the time of this writing, several ICN-based solutions have been proposed to implement the publish-subscribe model, but none of them is explicitly tailored to mobile scenarios. To bridge this gap, this thesis presents the following contributions: (i) new pull-based and push-based publish-subscribe communication schema, able to support user mobility in ICN networks; (ii) analytical models describing the communication overhead they incur, (iii) evaluation of the accuracy of the proposed models through computer simulations. The con- ducted study considers well-known benchmark network topologies, real IoT monitoring services, and standardized settings for urban and rural environments. From one side, our obtained results validate the conceived analytical models. From another side, they highlight pros and cons of pull-based and push-based approaches by emphasizing the conditions under which one scheme should be preferred to the other one.
ALIBERTI, FRANCESCO. "Raccontare per ritrovarsi. Pratiche di narrazione online come uso del territorio." Doctoral thesis, 2019. http://hdl.handle.net/11573/1246164.
Full textROMAGNOLI, Valentina. "La gestione dei resi dei clienti come strumento per lo sviluppo del commercio elettronico delle aziende: il caso Santoni S.p.A." Doctoral thesis, 2018. http://hdl.handle.net/11393/251107.
Full textFORESI, Elisa. "A Multisectoral Analysis for economic policy: an application for healthcare systems and for labour market composition by skills." Doctoral thesis, 2018. http://hdl.handle.net/11393/251178.
Full text