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Use this template to write any project reports. Feel free to edit it to fit your content. :)

This work is going to analyze the Forced Van Der Pol's Equation which is used to analyze the electric circuit. In 1927, Balthasar Van Der Pol observed the stable oscillation and heard some irregular noise in vacuum tube circuit. He then proposed the Forced Van Der Pol's Equation to analyze the circuit and suggested the concept of limit cycle and Chaos to explain his observation. In this work, We would like to analyze behavior of the model by observing the phase space, time series, bifurcation diagram and power spectrum. Those points in the figures are calculated by Runge-Kutta Method with the aid of MATLAB. For a better understanding, the RLC circuit, which is a electric circuit consisting the a resistor, an inductor and a capacitor, will be used as an example for explaining the properties. Apart from electric circuit, the Forced Van Der Pol's Equation can be applied to dynamic systems in different aspect, such as the artificial heart, economic market and so on. Therefore, we suggest this work to all students since the Forced Van Der Pol's Equation can be applied to many majors, like Mathematics, Physics, Economics, Sociology, Biology, Engineering and so on.

The code samples here are taken from the tikz-feynman and feynmf package documentations. Compile with LuaLaTeX to get the most out of tikz-feynman.

Created using the Jacobs Landscape Poster LaTeX Template Version 1.0 (29/03/13) Computational Physics and Biophysics Group, Jacobs University https://teamwork.jacobs-university.de:8443/confluence/display/CoPandBiG/LaTeX+Poster Further modified by: Nathaniel Johnston (nathaniel@njohnston.ca) This template has been downloaded from http://www.LaTeXTemplates.com License:

Rapport CE ouvrages géotechniques

Formulas for combinations.

his project is part of the FlowNet initiative. FlowNet aims at providing Internet freedom and free flow information through socially informed, censor resistant online social networks. My contribution for FLowNet is in devel- oping an Android application, SecurePost. The requirement for SecurePost is two-fold. First, the system should facilitate secure, anonymous, group communication within a closed group of trusted members. Second, the general public on the Internet viewing this content, should be able to verify that the content was generated only by the said closed group of trusted members. The system consists of an Android client application, a proxy server and a browser-plugin. The OSNs supported by this system are Twitter and Facebook.

A template for a scientific abstract for a mini-conference

Proof 1