Mindmapping, concept mapping in 3D Cours de cartes conceptuelles Une carte conceptuelle (ou schéma conceptuel, concept map en anglais), dont les variantes sont la mind map, carte des idées ou carte heuristique, est un diagramme qui représente les liens entre différents concepts. Elle peut être également appelée schéma de pensée, carte mentale, arbre à idées ou topogramme. La différence entre une carte heuristique et une carte conceptuelle est que cette dernière relie un ensemble de concepts entre eux par des lignes orientées et qualifiées (est un composant de.., favorise). De plus, elle prend la forme d' un graphe alors que la carte heuristique est un arbre. Ces cours en diapositives animées, vidéo, ppt, pdf et ces cartes conceptuelles sont distribués sous licence Creative Commons : à condition de me citer et de mettre un lien vers cette page, vous pouvez les réutiliser ou les modifier dans un cadre non-commercial, mais vous devez ensuite les publier aux mêmes conditions. - Cours de mind mapping en vidéo - En pdf et pptx En analyse fonctionnelle :
Concept maps or mind maps? the choice What are the differences between mind maps and concept maps? (click to see larger) Sometimes you will have no choice. But most of the time we are free to choose. your motive in making the map, where you will make it, how you will use it once finished, the audience (if other than yourself) it is intended it for, if you are not drawing maps by hand, the software you use, and naturally your personal preference. If you have elected to use mind maps, you still have a choice between Buzan mind maps and common mind maps in their various forms. This article is not about which type is 'better'. Appreciation for this article Concept maps have rigor, mind maps have vigor Like most generalizations this is a simplification, but it captures the essential differences, as described in more detail below. What is important is to know when it's appropriate to use which, and how. Concept maps can be ... precise and verifiable A simple example of a concept map Categorize and sub-categorize The audience
Math algorithm tracks crime, rumours, epidemics to source (Phys.org) -- A team of EPFL scientists has developed an algorithm that can identify the source of an epidemic or information circulating within a network, a method that could also be used to help with criminal investigations. Investigators are well aware of how difficult it is to trace an unlawful act to its source. The job was arguably easier with old, Mafia-style criminal organizations, as their hierarchical structures more or less resembled predictable family trees. In the Internet age, however, the networks used by organized criminals have changed. Innumerable nodes and connections escalate the complexity of these networks, making it ever more difficult to root out the guilty party. EPFL researcher Pedro Pinto of the Audiovisual Communications Laboratory and his colleagues have developed an algorithm that could become a valuable ally for investigators, criminal or otherwise, as long as a network is involved. The validity of this method thus has been proven a posteriori.
The Mind Mapping Site Small world experiment The "six degrees of separation" model The small-world experiment comprised several experiments conducted by Stanley Milgram and other researchers examining the average path length for social networks of people in the United States. The research was groundbreaking in that it suggested that human society is a small-world-type network characterized by short path-lengths. The experiments are often associated with the phrase "six degrees of separation", although Milgram did not use this term himself. Historical context of the small-world problem[edit] Mathematician Manfred Kochen and political scientist Ithiel de Sola Pool wrote a mathematical manuscript, "Contacts and Influences", while working at the University of Paris in the early 1950s, during a time when Milgram visited and collaborated in their research. Milgram's experiment was conceived in an era when a number of independent threads were converging on the idea that the world is becoming increasingly interconnected. Results[edit]
Main Page Installation d'un réseau : les étapes à respecter 1. Conseil de déploiement et audit du réseau Avant de démarrer une installation ou une modernisation du réseau informatique, l'entreprise doit évaluer ses besoins et connaître le périmètre fonctionnel de son réseau. la nature et la superficie des locaux à équiper,les contraintes techniques de ces locaux,le nombre de serveurs requis,le nombre de personnes et de postes de travail à relier,les besoins en bande passante et en débit. 2. Cette étape vise à équiper les locaux de l'entreprise d'un réseau de câbles pour relier les serveurs et les PC entre eux. si le bâtiment est ancien, il sera difficile de percer les murs. 3. Il convient de vérifier la connectique des serveurs. 4. Les commutateurs réseaux sont des équipements électroniques intelligents qui permettent de connecter les différents serveurs et les postes de travail. 5. Cette étape plutôt classique vise à paramétrer les serveurs Windows et/ou Linux. 6. 7.
Draw A Creative Mind Map for Self Analysis Many personal development experts share about the benefits of using mind maps. My post today takes it one step further with how I have used the concept of mind mapping for self analysis. I also share illustrations from my personal art journal that I created some time ago. The (above) mind map picture that I did for self-analysis was my first. What is a Mind Map? A mind map is a diagram showing how various elements are associated or linked together around a central image or idea. There is much science behind creating one. “It is in these shimmering and incessant embraces that the infinite patterns, the infinite Maps of your Mind, are created, nurtured and grown. — Tony and Barry Buzan, The Mind Map Book: How to Use Radiant Thinking to Maximize Your Brain’s Untapped Potential For the user, a mind map can be used to stimulate creativity, brainstorming, organization, prioritizing, memory recall and problem solving. Mind Map For Self Analysis Draw A Creative Mind Map Resources 1. 2.
Apprenez le fonctionnement des réseaux TCP/IP Internet est devenu un élément incontournable de la vie quotidienne pour beaucoup de gens, et indispensable pour les informaticiens. Cependant, peu de monde connait en détail le fonctionnement d'Internet ! Aujourd'hui, il est devenu courant d'utiliser Internet à son travail. Mais savez-vous réellement ce qu'il se passe lorsque vous vous connectez à Internet ? De la même façon, presque tous les foyers sont équipés d'une multitude d'appareils informatiques : le boîtier ADSL, l'ordinateur de bureau, l'ordinateur portable, l'imprimante etc. Nous allons voir à travers ce cours comment créer ce qu'on appelle un réseau, pourquoi et comment les informations circulent sur Internet, et comment gérer sa connexion (et écouter celle des autres ! Comment les ordinateurs parlent-ils entre-eux ? Vous serez aussi en mesure de créer votre propre réseau local chez vous, et de l'administrer proprement. Vous êtes motivés ? Bon, fini la parlotte, qui m'aime aime les réseaux me suive !
100 Reasons to Mind Map 100 examples of how you can use mindmapping whether completely new to mind maps or a seasoned pro. I hope the list helps generate ideas for you. 100 Reasons to Mind Map 1. Want to share your Mind Maps with others? Here are the 100 reasons on one page: Scientists construct first map of how the brain organizes everything we see Our eyes may be our window to the world, but how do we make sense of the thousands of images that flood our retinas each day? Scientists at the University of California, Berkeley, have found that the brain is wired to put in order all the categories of objects and actions that we see. They have created the first interactive map of how the brain organizes these groupings. Alex Huth explains the science of how the brain organizes visual categories. (Alex Huth video) The result — achieved through computational models of brain imaging data collected while the subjects watched hours of movie clips — is what researchers call “a continuous semantic space.” Some relationships between categories make sense (humans and animals share the same “semantic neighborhood”) while others (hallways and buckets) are less obvious. “Our methods open a door that will quickly lead to a more complete and detailed understanding of how the brain is organized.