Cold Spray Additive Manufacturing of a Ti-Zr-Ni shape memory alloy for future large deployable aerospace components.

Shape Memory Alloys (SMA) are smart materials capable of recovering large inelastic strains. SMA are therefore excellent candidates for applications where deformation needs to be controlled remotely. One of the main challenges holding back a wider acceptance of SMA is their poor workability leading to high tool wear when manufactured by machining. Additive Manufacturing, also […]

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Clinicial Archive for Data Science

Till this time the data of patients in clinics are not saved in a way comfortable for further research especially if it is some specific disease, which has not been studied enough yet, it is hard for a doctor to collect all the data correctly to see the whole picture of the patient’s health. The […]

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Design a 64-QAM load modulated transmitter antenna array with high data transfer capability and better energy efficiency for mmWave applications.

Millimeter wave (mmWave) is the best way to handle high data rate requirements in this era of 5G communications. High data rates could be achieved by complex modulation schemes such as QAM and OFDM. However, both make the transmitted signals with high peak-to-average power (PAPR). PAPR can be lowered with multi-carrier transmission, amplitude clipping, and […]

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High Performance Regular Expression Matching Using Parallel Bit Stream Technology

Regular expressions can be thought of as a mini programming language that has a general pattern notation that allows you to search texts for occurrences of string patterns. Recently, a prototype compiler for regular expressions was introduced that provided a 5x or better performance advantage over its closest competitors. The prototype implemented a novel new […]

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High Frequency Beamformer Design with matched Transducer Array

It is the aim of this internship to develop and perform cost-analysis on a set of manufacturing protocols for batch production of high frequency annular ultrasound imaging arrays. To our knowledge this would represent the first time that such arrays have designed for high-volume (2000/wk) production, making the project highly novel. Once the process is […]

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Unlocking the EPIC potential to promote Precision Child Mental Health

The big problem in healthcare Is that that about 80% of medical data remains unstructured and untapped after it is created. It’s hard to handle this type of data for Electronic Medical Record (EPIC), it tends to be ignored, unsaved or abandoned, and therefore is not effectively used in medical treatment or research. It’s highly […]

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Augmented Reality in Architectural Praxis

This project examines to the innovative use of Augmented Reality (AR) technologies that have yet to be fully integrated in the Architecture, Engineering, and Construction (AEC) industry. The research focuses on the capacity of AR to bridge the gap between design and construction. The role of the student is to conduct an initial literature review […]

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Application of deep learning generative network algorithms linked with super-resolution methods and fusion techniques to improve the quality of noisy and unlabeled ultrasound images

We aim at developing new approaches which have not been performed so far, such as i) enhancing the resolution and quality of noisy and unlabeled conventional ultrasound images through deep learning SRMs, ii) synthesizing high-quality MRI from the enhanced ultrasound images through generative networks, iii) fusing ultrasound and synthetic MRI images for different aspects such […]

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Conception d’une bibliothèque d’outils logiciels permettant la calibration et l’amélioration de la radiométrie des caméras infrarouge

Ce projet consiste en la conception, réalisation et tests d’outils informatiques servant a facilité le travail de recherche et développement de nouvelles méthodes de correction d’images digitales thermiques. Les outils crée par l’étudiant servirons à supporter les opérations d’acquisition de donnée et de calibrations et correction d’images infrarouges dans le but de les rendre visuellement […]

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Nuclear structure of 116Sn studied through 115Sn(n, ?)

A nucleus of tin composed of 50 protons and 66 neutrons, called 116Sn, is the subject of our investigation. Only certain energies are available to nuclei at any one time, and when a nucleus reaches one of these energy states, it acquires features unique to that state. To create the examined nucleus, a beam of […]

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