Gallery — Recent

Ricardo Fernandez Salazar's CV. Created with the

Estilos para código fonte para Java e R language!

A LaTeX template for preparing documents for the Mathematical Modeling and Boundary Value Problems Conference. This is a LaTeX template (version from 2019 Feb. 25) for preparing documents for All-Russian Scientific Conference of the Mathematical Modeling and Boundary Value Problems [Matem. Mod. Kraev. Zadachi, Samara, Russian Federation]. It was submitted by an author writing for the 11th All-Russian Scientific Conference with international participation (MMiKZ’19). The various components of your paper [title, text, heads, etc.] are already defined on the style sheet, as illustrated by the portions given in this document. Author: Mikhail N. Saushkin (msaushkin@gmail.com)

Template for thesis, for Faculty of Engineering IUB

తెలుగు ని LaTeX లో వ్రాయటానికి నాకు అంతర్జాలంలో పెద్దగా సమాచారం దొరకలేదు. పైగా ఉన్న సమాచారంలో తెలుగులో విభిన్న ఖనులను వాడే ఉపాయాలు పెద్దగా లేవు. అందుకే నేను నా కోసం ఒక దస్తూరి తయారు చేసుకున్నా. బహుశా మీకు కూడా ఇది ఉపయోగపడచ్చు. This is a result of searching a lot on how to make various fonts in Telugu easily accessible on LaTeX. This document is a result of several days of effort. Hope anyone using this does not have to go through the same problems again. See also these Overleaf help pages on typesetting multiple languages and scripts using the polyglossia package and the babel package and TrueType/OpenType fonts, as well as this example and list of Telugu fonts available on Overleaf.

A LaTeX template for the journal Ledger, the world's first peer-reviewed journal for cryptocurrency/blockchain research.

HITSZThesis is a bachelor dissertation LaTeX template for Harbin Institute of Technology, ShenZhen (HITSZ). Current version is 2.3, updated on 2020/03/05. Documentation: Template usage (hitszthesis.pdf), Template example (main.pdf). CTAN: https://www.ctan.org/pkg/hitszthesis, GitHub: https://github.com/YangLaTeX/hitszthesis.

This paper describes the creation of the tool to approach to models of dispersion of pollutants, framed under a methodology of software development, which identified the sequence to follow in the life cycle extension development, through an incremental model in which the stages of the project were identified. At each stage a series of activities that helped define inputs and outputs in each was made. According the above in the first stage the functional requirements defined and nonfunctional, then in stage two architecture and graphical interface, followed by the coding stage extension and finally the stage of performance testing and user, in order to improve or correct the functionality of the extension.

Here I derive the wave equation in a manner that allows you to look at each step individually