{overleaf template gallery}LaTeX templates and examples — Recent

Template for Linguamática Journal, 2024

This template is designed for contributions to the "2nd International Workshop on Trends in Digital Identity" (TDI 2024), by making necessary modifications to the existing CEURART template.

Modelo canônico de trabalho acadêmico ABNT do Instituto Federal do Paraná com logo.

Follow-up from the 2018 template, more generic

Gabarit Beamer pour l'IPGP

第三十三届“冯如杯”竞赛创意赛道官方模板。

Overleaf template for submissions to EMNLP 2023

This is a minimalist and clean Beamer theme designed for academic and scientific presentations. Check out more information at: https://github.com/pm25/SimplePlus-BeamerTheme

Computer algorithms that are written with the intent to keep data private are used in every day cryptography. These algorithms may exhibit execution time behaviour which is dependant on secret information that is not known to an outsider. When carefully analysed, this dependency may leak information that can be used to gain unintended access to private data, effectively nullifying the use of such algorithms. This threat poses a vital risk to the field of computer cryptography, and analysis should be done in attempt to eradicate this potential threat from any algorithms in modern day use. In this paper, attacks are orchestrated against several algorithms that have previously been used in cryptography, resulting in the successful retrieval of secret data within a manageable time-scale.