Manufacturing Consent by Edward S. Herman and Noam Chomsky excerpted from the book by Edward S. Herman and Noam Chomsky Pantheon Books, 1988 The mass media serve as a system for communicating messages and symbols to the general populace. It is their function to amuse, entertain, and inform, and to inculcate individuals with the values, beliefs, and codes of behavior that will integrate them into the institutional structures of the larger society. In countries where the levers of power are in the hands of a state bureaucracy, the monopolistic control over the media, often supplemented by official censorship, makes it clear that the media serve the ends of a dominant elite. A propaganda model focuses on this inequality of wealth and power and its multilevel effects on mass-media interests and choices. In their analysis of the evolution of the media in Great Britain, James Curran and Jean Seaton describe how, in the first half of the nineteenth century, a radical press emerged that reached a national working-class audience.
Médias français : qui possède quoi, par Marie Beyer & Jérémie Fabre (Le Monde diplomatique, juillet 2016) Dernière mise à jour : novembre 2019 (v. 15.3) Cette affiche prend le parti de la lisibilité plutôt que de l’exhaustivité. Y figurent des médias d’information qui « font l’opinion » et qui dépendent d’intérêts industriels ou financiers, de groupes de presse ou de l’État : • les titres de presse écrite papier à diffusion nationale de type généraliste, économique et politique ; • les titres de la presse quotidienne régionale ; • la télévision nationale (et quelques chaînes de télévision locales) ; • les canaux de radio à portée nationale ; • certains sites d’information en ligne. Les journaux départementaux, les titres indépendants (comme Le Canard enchaîné) ainsi que la presse dite alternative ne sont pas représentés (1). Enfin, on a limité les liens capitalistiques aux principaux actionnaires (2). Conception : Jérémie FabreDocumentation : Marie Beyer et Jérémie FabreAdaptation : Guillaume Barou, avec Boris Séméniako et Cécile Marin
What is the value of a scientific article? *The embed functionality can only be used for non commercial purposes. In order to maintain its sustainability, all mass use of content by commercial or not for profit companies must be done in agreement with figshare. Seminar given in Nice, France, 19th November 2014 (in French). English abstract: The advent of things like digital content, the internet and the movements on open access and open science has profoundly changed the playing field in the dissemination of science. Traditionally, scientific interactions other than articles, such as discussions, debates, seminars and media coverage, have mostly been ephemeral in nature. There are already companies that do this, and their services are for example bought by some publishers. To a large extent, the developments in this field, as in scholarly publication in general, are driven by the demands in biomedicine and life science.
How Diversity Makes Us Smarter The first thing to acknowledge about diversity is that it can be difficult. In the U.S., where the dialogue of inclusion is relatively advanced, even the mention of the word “diversity” can lead to anxiety and conflict. Supreme Court justices disagree on the virtues of diversity and the means for achieving it. Corporations spend billions of dollars to attract and manage diversity both internally and externally, yet they still face discrimination lawsuits, and the leadership ranks of the business world remain predominantly white and male. It is reasonable to ask what good diversity does us. Diversity of expertise confers benefits that are obvious—you would not think of building a new car without engineers, designers and quality-control experts—but what about social diversity? The fact is that if you want to build teams or organizations capable of innovating, you need diversity. Research on large, innovative organizations has shown repeatedly that this is the case.
Data Mining Methods for the Content Analyst: An Introduction to the Computational Analysis of Content With continuous advancements and an increase in user popularity, data mining technologies serve as an invaluable resource for researchers across a wide range of disciplines in the humanities and social sciences. In this comprehensive guide, author and research scientist Kalev Leetaru introduces the approaches, strategies, and methodologies of current data mining techniques, offering insights for new and experienced users alike. Designed as an instructive reference to computer-based analysis approaches, each chapter of this resource explains a set of core concepts and analytical data mining strategies, along with detailed examples and steps relating to current data mining practices.
Who should see what when? Three principles for personalized news I really don’t know how a news editor should choose what stories to put in front of people, because I don’t think it’s possible to cram the entire world into headlines. The publisher of a major international newspaper once told me that he delivers “the five or six things I absolutely have to know this morning.” But there was always a fundamental problem with that idea, which the Internet has made starkly obvious: There is far more that matters than any one of us can follow. In most cases, the limiting factor in journalism is not what was reported but the attention we can pay to it. Yet we still need news. If not every person sees the same news at the same time, then the question becomes: Who should see what when? You specifically go looking for it.It affects you or any of your communities.There is something you might be able to do about it. Interest, effects, agency. Too much that matters All of this available information is a tiny fraction of everything that could be reported. It’s not.
Making Web applications more efficient Most major websites these days maintain huge databases: Shopping sites have databases of inventory and customer ratings, travel sites have databases of seat availability on flights, and social-networking sites have databases of photos and comments. Almost any transaction on any of these sites requires multiple database queries, which can slow response time. This week, at the 38th International Conference on Very Large Databases — the premier database conference — researchers from MIT’s Computer Science and Artificial Intelligence Laboratory presented a new system that automatically streamlines websites’ database access patterns, making the sites up to three times as fast. And where other systems that promise similar speedups require the mastery of special-purpose programming languages, the MIT system, called Pyxis, works with the types of languages already favored by Web developers. Graphic results Pyxis solves all three problems. Benchmarking
Confessions of an Aca-Fan — — The Official Weblog of Henry Jenkins