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FPGA stands for Field Programmable Gate Array. It is an integrated circuit that can be configured by the user in order to implement digital logic functions of varying complexities. This report concerns FPGAs (Field Programmable Gate Arrays). The basic FPGA blocks, I/O, CLBs (Combinational Logic Blocks), and architecture, the advantages of FPGAs are discussed to impart a basic understanding of FPGA operation. Digital signal processing is an important area where FPGAs have found many applications in recent years. Interest in high-level synthesis tools for FPGAs is intensifying as FPGAs and their applications grow larger and more complex. Prospective users want to understand how well high-level synthesis tools work, both in terms of usability and quality of results. To meet this need, I have prepared this paper that presents a brief introduction to the FPGA.

Some Mphys work

Your abstract.

A LaTeX template for iTi 2014 Turbulence Conference abstracts.

Following on from example 4 which showed how to plot the graph of a function in LaTeX using pstricks, here we extend the example to show how trig functions such as cos, sin and tan can be plotted. Original source: http://www.thelazymathematician.com/p/pstricks-examples.html

Your abstract.

Cada material existente poseen características que los diferencian unos de otros y que cumplen una función especifica en la naturaleza. A dichas características también se les pueden llamar propiedades. Hay propiedades que dependen de su composición atómica. Una de ellas es la resistividad. En el presente reporte se determinará la resistividad de un cable cuyo material es desconocido y con dicha resistividad se determinará el material del alambre. Se realiza esto utilizando la ley de ohm mediante la medicion de el voltaje y corriente en diferentes distancias en un alambre aislado. Mediante esto se obtendrá una resistencia y por lo tanto su resistividad.

Ejercicios del Curso de \LaTeX realizado en la Facultad de Informática de la Universidad Complutense de Madrid http://cursosinformatica.ucm.es/latex.html

Midterm research paper for my Adaptive Robotics class at Swarthmore College. Uses the NEAT evolutionary algorithm (http://www.cs.ucf.edu/~kstanley/neat.html) on two robot populations to compete more effectively against each other in a simulated version of capture the flag.