Computational methods for descriptive and theoretical morphology: a brief introduction

Theoretical and computational approaches to morphology

Computational Visualistics and Picture Morphology. An Introduction

Together with language, pictures have been connected to human culture from the very beginning. In the western societies they have gained a rather prominent place. However, steps toward a general science of images, which we may call ‘general visualistics’ in analogy to general linguistics, have only been taken recently. In computer science, too, considering pictures evolved originally along seve...

A brief introduction to modern amplitude methods

I provide a basic introduction to modern helicity amplitude methods, including color organization, the spinor helicity formalism, and factorization properties. I also describe the BCFW (on-shell) recursion relation at tree level, and explain how similar ideas — unitarity and on-shell methods — work at the loop level. These notes are based on lectures delivered at the 2012 CERN Summer School and...

A Brief Introduction to Numerical Methods for Differential Equations

This tutorial introduces some basic numerical computation techniques that are useful for the simulation and analysis of complex systems modelled by differential equations. Such differential models, especially those partial differential ones, have been extensively used in various areas from astronomy to biology, from meteorology to finance. However, if we ignore the differences caused by applica...

An Introduction To Computational Methods

Before beginning please note that as many terms used are either unique to computational chemistry or have a unique meaning in this context a glossary of these terms, which will appear in bold face is given at the end. Also the document contains information at a number of levels; for a brief introduction to the methods used I would recommend reading sections 2 and 3 as they provide a basic conce...