Réseaux de sous-longueur d’onde pour lignes à retard en photonique intégrée

Nous proposons la mise en œuvre de circuits de traitement optique utilisant des réseaux de sous-longueur d’onde qui est un type spécial de guide d’onde qui permet la manipulation des propriétés optiques résultant en des dispositifs avec des performances sans précédent. Nous utiliserons du nitrure de silicium pour la mise en œuvre car il s’agit […]

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Measuring International Entrepreneurial Competency

This important research project seeks to a) engage graduate students from National Cheng Kung University (NCKU) in an immersive entrepreneurial experience in Toronto, Canada in the fields of advanced computing, clean technologies and scientific innovation and b) measure the development of international entrepreneurial competencies impacted by this experiential learning. Students will participate in a variety […]

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Le concert augmenté : nouveaux espaces acoustiques pour la performance musicale

“Le concert augmenté” est un projet pionnier de recherche-création qui prévoit, pour la première fois d’une façon structurée, l’utilisation des nouvelles technologies audio (les écouteurs à conduction osseuse) dans le contexte de concert de musique électroacoustique. Ce nouveau médium de diffusion permettra des expériences de concert en réalité augmentée sonore, c’est-à-dire des performances immersives où […]

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On the Optimization of UAV-enabled Task Offloading Services

Given the high mobility and flexible deployment of UAVs, this technology has evolved as a key enabler of several applications such as aerial cargo delivery and precision agriculture. However, with the advancement of its payload, including storage and computing capabilities, UAVs can handle critical services such as road traffic monitoring, accident prediction, and vehicular traffic/task […]

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Topological band structure in synthetic dimensions

Emulating topological phases of matter in photonic systems appears particularly promising for engineering new generations of quantum devices more resilient to noise or external perturbations. Indeed, the great versatility of these platforms could allow developing specific architectures that have no counterparts in condensed matter. The goal of this project is to experimentally explore the fundamental […]

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Improving Modern Code Review Practices through Gamification

Modern code review (MCR) is broadly adopted as an established and effective software quality assurance practice, with an increasing number of open-source as well as commercial software projects that adopt code review as a crucial practice. The MCR process is most effective when developers follow best practices, such as efficient, collaborative and timely review discussions […]

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Incorporating Pruning Methods in GAN and Diffusion-based Models

Due to the widespread use of credit cards as a payment method, numerous fraudulent credit card transactions occur, resulting in significant losses for financial institutions. At a high level, the fundamental objective of the project is to improve the performance of fraud detection systems by providing high-quality synthetic data generated by improved deep generative models. […]

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Conception d’une source d’alimentation variable

AWL-Électricité travaille actuellement au développement d’un chargeur sans fil dans le domaine de la mobilité en utilisant une technologie de couplage capacitif résonant. Dans le but de manufacturer et d’amener un premier produit sur le marché, AWL-E cherche à développer une source d’alimentation dont les caractéristiques correspondent à celles requise par le produit développé par […]

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Computational Scanning of lmidazolium-based Anion Exchange Membrane materials

One promising approach for the advancement of both fuel cells and electrolyzers is the incorporation of anion exchange membranes. These would provide many potential benefits, such as a significantly decrease cost as they do not rely on expensive precious metal catalysts. However, anion exchange membranes still face multiple challenges, one of them being their chemical […]

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Real-time visual feedback in swimming – FORM Swim Goggles (1)

Form Athletica Inc.’s augmented reality swim goggles (FORM goggles) are on the leading frontier of augmented reality sport technology. With their see-through display and ability to track and display numerous swimming performance metrics in real-time, swimmers have the opportunity to train in a smarter and more efficient way. Exploiting data from the FORM goggles will […]

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Sonde à courants de Foucault pour le contrôle non-destructif des lignes de transport aériennes d’électricité

Le projet porte sur le développement d’une sonde à courant de Foucault pour l’évaluation de l’état de corrosion interne des conducteurs des lignes de transport électriques aériennes à haute tension. En effet, ce travail vise à développer une sonde capable de mesurer simultanément les pertes de zinc (revêtement anticorrosion sur les brins d’acier) ainsi que […]

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