{overleaf skabelonsgalleri}LaTeX templates and examples — Recent

Didas Tumaini's CV

This form shows how to use LaTeX to simulate a word form. All elements in the form could be rendered by LaTeX. Office forms could also be written with LaTeX.

A template to produce a nice-looking Curriculum Vitae. Most recent version is at http://kjhealy.github.com/kjh-vita. (This template has been modified to use fonts available on Overleaf.)

Copyright (C) 2009 by Tobias Elze Journal of Vision LaTeX template version 1.0. This document may be used freely for your own submissions. This template was downloaded from http://www.tobias-elze.de/latex/ on 19 November, 2015. The template makes your LaTeX manuscript look similar to Journal of Vision articles. However, in contrast to the two-column JOV articles, manuscripts are in single colum mode. This version of the template considers the changed layout requirements as of 2010.

Template for monographs/textbooks provided by Springer, to help structure the manuscript, e.g., define the heading hierarchy. Predefined style formats are available for all the necessary structures that are supposed to be part of the manuscript. Note: These templates are not intended for the preparation of the final page layout! The final layout will be created by Springer according to their layout specifications.

Ekaterina Martemyanova's CV

Use pgf/tikz to draw or­na­ments — these are the pgf versions of the pst-vectorian package. See the documentation at the package homepage for more options.

Portrait Slide Template downloaded from the Vanderbilt Biostatistics Wiki curated by John Bock. This template is ideal for making portrait transparencies. Note: This template must be compiled using the LaTeX+dvipdfm engine to get output PDFs of the correct page/paper size.

We explore ways of allowing for the offloading of computationally rigorous tasks from devices with slow logical processors onto a network of anonymous peer-processors. Recent advances in secret sharing schemes, decentralized consensus mechanisms, and multiparty computation (MPC) protocols are combined to create a P2P MPC market. Unlike other computational "clouds", ours is able to generically compute any arithmetic circuit, providing a viable platform for processing on the semantic web. Finally, we show that such a system works in a hostile environment, that it scales well, and that it adapts very easily to any future advances in the complexity theoretic cryptography used. Specifically, we show that the feasibility of our system can only improve, and is historically guaranteed to do so.