Communications

This paper explores the cryptanalysis of the ASCON algorithm, a lightweight cryptographic method designed for applications like the Internet of Things (IoT). We utilize deep learning techniques to identify potential vulnerabilities within ASCON's structure. First, we provide an overview of how ASCON operates, including key generation and encryption processes.

Network Interface Cards (NICs) are one of the key enablers of the modern-day Internet. They serve as gateways for connecting computing devices to networks for the exchange of data with other devices. Recently, the pervasive nature of Internet-enabled devices coupled with the growing demands for faster network access have necessitated the enhancement of NICs to Smart NICs (SNICs), capable of processing enormous volumes of data at near real-time speed.

This dataset presents approximately 200 hours of network traffic captures focused on online gaming and video streaming applications, addressing 5G-related challenges of high throughput and low latency. Collected in Ottawa, Canada, and globally from 11 mobile operators across nine countries, the data includes timestamps, packet lengths (bytes), protocols, and IP addresses. Supplementary information such as geolocation, content provider labels, and round-trip latency (ms) enhances usability.

This is a videoconference between a witness about murders who is a victim of many crimes and a law firm. This witness is called Colin Paul Gloster. This law firm is called Pais do Amaral Advogados.

\begin{quotation}``A significant part of the background of eh this process is that Hospital

Sobral Cid tortured me during 2013 eh but eh this process is actually

about consequences eh thru through a later process [. . .] To obscure eh

this torture of 2013, eh a new show trial was intitiated. Its process was