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NetLogo is a multi-agent programmable modeling environment. It is used by tens of thousands of students, teachers and researchers worldwide. It also powers HubNet participatory simulations. It is authored by Uri Wilensky and developed at the CCL. You can download it free of charge. What can you do with NetLogo? Join mailing lists here. Download NetLogo Go to NetLogo Web NetLogo comes with a large library of sample models.

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Xtext Syntax Coloring Out of the box, the editor supports syntax coloring based on the lexical structure and the semantic data of your files. Users are free to customize the highlighting and configure their favorite styles. Content Assist An Xtext editor proposes valid code completions at any place in the document, helping your users with the syntactical details of your language. Validation and Quick Fixes MASON Multiagent Simulation Toolkit [paper] Keith Sullivan and Sean Luke. 2012. Real-Time Training of Team Soccer Behaviors. In Proceedings of the 2012 RoboCup Workshop. [paper] Keith Sullivan, Katherine Russell, Kevin Andrea, Barak Stout, and Sean Luke. 2012. RoboPatriots: George Mason University 2012 RoboCup Team.

World's richest cities by purchasing power If you think your mayor is among the best in the world, nominate him or her now for the 2014 World Mayor Prize World Mayor 2014: Best mayors wanted The City Mayors Foundation invites you to nominate a candidate for the 2014 World Mayor Prize. The Prize is awarded every two years to a mayor who has made outstanding contributions to his / her community and has developed a vision for urban living and working that is relevant to towns and cities across the world. Previous winners and runners-up include the mayors of Bilbao, Perth, Mexico City, Oklahoma City, Cape Town, Zurich, Melbourne, Amsterdam, Athens, Mississauga and Tirana. The World Mayor Project aims to show what outstanding mayors can achieve and raise their profiles nationally and internationally. During the first round, suitable candidates may be suggested until the middle of May 2014.

1. What is the Jupyter Notebook? — Jupyter/IPython Notebook Quick Start Guide 0.1 documentation In this page briefly introduce the main components of the Jupyter Notebook environment. For a more complete overview see References. 1.1. Notebook document¶ First Steps with NetLogo First Steps with NetLogo Lets take a few first steps with our modeling frameworks. We will be fairly brief , limiting ourselves to simple "kicking the tires" and writing a hello world in each ABM system (here is the RePast First Steps). Our goal is to gain a feel for what each system is capable of so that we can make intelligent decisions on which one to use for a given task.

Speech by Adrian Tan at NTU convocation ceremony Life and How to Survive ItBelow is a speech to the graduating class of 2008 at NTU convocation ceremony last week by Adrian Tan, a litigation lawyer and the author of The Teenage Textbook. I must say thank you to the faculty and staff of the Wee Kim Wee School of Communication and Information for inviting me to give your convocation address. It’s a wonderful honour and a privilege for me to speak here for ten minutes without fear of contradiction, defamation or retaliation. Home Simplify your research! Plan your research project with the help of SAGE Research Methods. With SAGE Research Methods, faculty, students, and researchers can: Learn how to design a research project Discover new methods to use in your research with the Methods Map Read over 175,000 pages of SAGE's renowed research methods content from leading global authors Browse content from over 720 books, dictionaries, encyclopedias, and handbooks Share content with colleagues and research partners using Methods Lists Explore related online journal content with the SAGE Journals widget Watch a video that answers key questions about research methods Click here to recommend SAGE Research Methods to your library.

Historical Geography of Transportation: The Emergence of Mechanized Systems Transportation is closely linked with the process of globalization. Efficiently distributing freight and moving people has always been an important factor for maintaining the cohesion of economic systems from empires to modern nation states and economic blocs. With technological and economic developments, the means to achieve such a goal have evolved considerably with a series of historical revolutions and evolutions. This process is very complex and is related to the spatial evolution of economic systems and associated technical developments. It is possible to summarize this evolution, from the pre-industrial era to transportation in the early 21st century, in four major stages, each linked with specific technological innovations in the transport sector; the pre-industrial era, the industrial revolution, fordism and post-fordism (globalization).

1. Maltego - Nine must-have OSINT tools Maltego is an extremely powerful OSINT framework, covering infrastructural reconnaissance and personal reconnaissance. The infrastructural component of Maltego enables the gathering of sensitive data about the target organization, email addresses of employees, confidential files which are handled carelessly, internal phone numbers, DNS records, IP address information, geo location of the network, MX servers, and so on. The gathering of such data – known in Maltego as transformations -- needs to be creatively and thoughtfully engineered in order to get the best results. Maltego’s personal reconnaissance on the other hand helps in the harvesting of person-specific information, such as social networking activity, email addresses, websites associated with the person, telephone numbers, and so on.

CoolWorld This applet requires Java 1.4.1 or higher. You may obtain the latest Java plugin from Sun's Java site. created with NetLogoview/download model file: CoolWorld.nlogo CoolWorld is an agent-based model designed to illustrate the usefulness of the theory of Markov chains to analyse computer models. This section explains the formal model that CoolWorld implements. The information provided here should suffice to re-implement the same formal model in any sophisticated enough modelling platform. A successful Git branching model » In this post I present the development model that I’ve introduced for some of my projects (both at work and private) about a year ago, and which has turned out to be very successful. I’ve been meaning to write about it for a while now, but I’ve never really found the time to do so thoroughly, until now. I won’t talk about any of the projects’ details, merely about the branching strategy and release management. It focuses around Git as the tool for the versioning of all of our source code. (By the way, if you’re interested in Git, our company GitPrime provides some awesome realtime data analytics on software engineering performance.) Why git?

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