Research Project
An Underwater AR based System for Marine Life Detection and Classification for Divers and Tourists
Objective/Contributions: Collecting and annotating an extensive dataset of fish images representing the fish species in the red sea. Building a machine learning model capable of detecting and classifying fish species from a real-time video. Building a proof-of-concept prototype for the AR hardware that is capable of capturing the live video of marine life, running the classification model, and
Research Project
Non-reciprocal Devices Using Time Dependent Materials
This work targets an optical analogue for the electronic diode that is the cornerstone and one of the main reasons behind the diversity, maturity, and applicability of the field of electronics. In this work, we exploit intermodal coupling within spatio-temporally modulated systems to induce coupling between modes whose group velocities attain opposite signs. We analytically prove that when
Research Project
Machine Learning Inspired Electromagnetic Metasurfaces
Objective/Contributions: This project aims to design novel metasurfaces with various functionalities and to develop a platform integrating advanced electromagnetic theory and AI techniques toward a behavior-oriented era of designing such metasurfaces. Various frequency bands, including the microwave, mid-IR, and optical bands, are utilized for numerous real-life applications, including but not
Research Project
Developing and Validating an Integrated Precision Agriculture Platform Using IoT/LPWAN Technologies
Objective: The main objective of this project is to access and overcome existing challenges in implementing and developing smart farming, along with challenges raised in integration with both IoT devices and wireless sensor networks. Although many research works have been recently carried out and published in many works of literature to solve these challenges, most of these challenges still
Research Project
Free Space Optical Communication with A Quantum Light
In this project, we developed a high-speed free-space optical communications link using CV-QKD, based on integrated photonics for use in platforms (Stationary FSO, UAVs satellite and HAP). The project demonstrated secure key exchange and high-speed communications in a package that could successfully fly on a drone over a 10+m distance.
Research Project
Integrated Artificial Intelligence and Design Expert to Forecast Spread of Corona Virus in Egypt
The main aim of this project is to use artificial intelligence and control modeling to study the COVID-19 spread in Egypt and some African countries. This study will also reveal how long COVID-19 remains infectious and the trajectory of its transmission according to the input data offered to the mathematical models. Objective/Contributions: The outbreak of the COVID-19 virus is associated with