194 research outputs found

    Un motif de fierté pour les Azéris

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    Choyée par les puissants, Bakou se rêve en place forte du Football. La capitale azérie s'est préparé à l'Euro 2020 de Football en accueillant la finale de la Ligue Europa. Cependant, selon un récent article de l'hebdomadaire "Le Matin Dimanche", ses accointances avec l'UEFA font grincer des dents. Tural Aliyev, doctorant au sein du Pôle / Institut GEDT, est intervenu dans cet article de presse pour commenter les nombreuses critiques à ce sujet. L'article est à lire dans son entièreté sur la Revue de Presse de l'Unige

    Множественная роль инфраструктуры железнодорожных станции – просмотр на трех концепциях (Multiple role of railway stations infrastructure - view on three concepts)

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    Due to the growth of the urban population in the world, the fact of densification in cities has increased. As a result of this reality, the issue of lack of physical space in cities emerges. In this sense, the author highlight the importance of sustainable and multifunctional use of the city infrastructure, especially of the railway stations. The author mentioned three practical examples in different French cities: The Saint-Lazare railway station in Paris as an example of “Shopping centre and Railway station” concept, the Strasbourg's Railway station “Environment and Railway station”, Lyon's railway station Part Dieu and Geneva's Railway station “Cornavin” as an example of the concept “Intermodal Hub and Railway station”

    Development of a general-purpose vision system for robots and vehicles

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    With remarkable increase in computing power and the demand for affordable robotic systems increasing exponentially, there is a huge need to fill in the gap with an affordable solution for a robot's interaction to the human world through vision. A robotic vision system gives the robot an advantage to understand its environment and perform simple tasks associated with it. Existing vision systems cater to only specific needs of the user despite of its broad application fields. Thus, the principal objective of this project is to develop a commercially viable general-purpose vision system for robots and autonomous vehicles. The project consists of two significant parts which are hardware and software. Firstly, the project integrates a vision system prototype comprised of a Raspberry Pi microcontroller, camera module and mobile robot car in terms of hardware. Secondly, software library functions and algorithms behind the library functions are developed using programming language Python, open source library OpenCV and various recognition models. Developed algorithms include colour detection, geometric shape detection, object detection, face recognition and light detection. The vision system with its general-purpose libraries allows developers to build their products according to their creativity.Bachelor of Engineering (Mechanical Engineering

    Applying a new urban philosophy to Baku

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