Page 76 - Book of Abstracts 2023

Checking the the feasibility in in in using carbon based semiconductor to to improve the the efficiency of solar cells and light sensors
EEE-1-9
By: Eylon Chorna echorno2@gmail com Advisor: Dr Moshe Zohar Shamoon College of Engineering Beer-Sheva
This project aims to to to to investigate the the possibility of using Carbon-based semiconductors in in in photovoltaic cells and and light sensors
to to to to to to improve their energy conversion efficiency The electrical and and and optical properties of Carbon-based semiconductors semiconductors will will be be compared to to to to to other semiconductors semiconductors semiconductors currently in in in in use and and and simulations will will be be run based based based on on on on on on on existing scientific literature The potential of of using using Carbon-based semiconductors semiconductors practically in in in in in in in solar cells and and light sensors
will be explored including the the the possibility of of of using using them as as anti-reflective covers or or or or filters to to to improve efficiency The project aims to to to identify the the the the advantages advantages and disadvantages of of Carbon- based based semiconductors for these applications Keywords: carbon-based semiconductor semiconductor semiconductor light Sensors semiconductor semiconductor semiconductor solar cells New data augmentation approach for hyperspectral image
EEE-1-10
By: Shalom Hai Kobi shalomks@gmail com com Mor David mordavid4@gmail com Advisors: Dr Dr Isaac August Dr Dr Dima Bykhovsky
Shamoon College of Engineering Beer-Sheva
Hyperspectral imaging is a a a a a a a a a a a a powerful technique that captures information from a a a a a a a a a a a a wide range of electromagnetic wavelengths making it it useful for for remote sensing environmental monitoring and biomedical imaging imaging By analyzing changes in in in in in in in in in spectral spectral signatures throughout the the day day hyperspectral hyperspectral imaging imaging can determine the the time of day day accurately This project employs intelligent algorithms to to to to manipulate hyperspectral hyperspectral images creating spectral spectral spectral signatures corresponding to to to to different times of of the day This new method is is is akin to to to to to Histogram Equalization and offers a a a a a a a a a a a a a a a a a a a a a way to to to augment hyperspectral hyperspectral data for image
image
processing processing purposes Keywords: hyperspectral hyperspectral image
image
processing processing spectral spectral spectral signature signature time signature signature 76