O(N)CS Lessons Apache Cocoon Un article de Wikipédia, l'encyclopédie libre. Apache Cocoon est un framework de développement web. Il s'agit d'un projet libre de la Fondation Apache. Cocoon met en œuvre un système de pipeline de composants pour le développement d'applications Web. Le principe est de partir de documents au format XML, qui subissent des transformations via les pipelines, pour être transformés dans d'autres formats (HTML, PDF, etc.). La force d'Apache Cocoon est de pouvoir créer n'importe quel type de document, du moment que l'on utilise les composants capables de le faire. Le logiciel est libre, distribué selon les termes de la licence Apache. Le sitemap[modifier | modifier le code] Le sitemap est le cœur d'une application développée avec Apache Cocoon. Les pipelines[modifier | modifier le code] Un pipeline est constitué de plusieurs composants : un générateur, un ou plusieurs transformateurs, et un sérialiseur. Les générateurs[modifier | modifier le code] Les transformateurs[modifier | modifier le code]
Introduction to Computer Science using Java This is a course in Java programming for beginners. It covers the fundamentals of programming, roughly the same material that is covered in a beginning programming course in a university or in a high school AP Computer Science course. For maximum benefit, go though these ../Java5/Notes interactively, thinking about and answering the question at the bottom of each page. There are about 20 pages per chapter. These Notes assume that you have a recent version of Java, available from Oracle, Inc. at and a text editor such as Notepad. For more about these .. A German translation of these .. A French translation of selected chapters is available at www.lifl.fr/~secq/IUT/JAVA/intro.html Here is very nice site (unrelated to this site) that allows you to practice Java programming on line: Another nice site (unrelated to this site) that allows you to run Java programs directly in your browser is:
Guice MATLAB - MathWorks Analyze, design, and implement audio, video, communications, radar, and other signal processing-intensive systems. Signal Processing Toolbox Perform signal processing and analysis DSP System Toolbox Design and simulate streaming signal processing systems Audio System Toolbox Design and test audio processing systems Communications System Toolbox Design and simulate the physical layer of communication systems Wavelet Toolbox Analyze and synthesize signals and images using wavelet techniques RF Toolbox Design, model, and analyze networks of RF components Antenna Toolbox Design, analyze, and visualize antenna elements and antenna arrays Phased Array System Toolbox Design and simulate phased array signal processing systems LTE System Toolbox Simulate physical layer of LTE and LTE-Advanced wireless communications systems WLAN System Toolbox Simulate, analyze, and test the physical layer of WLAN communications systems
Spring Practice-It, a web-based practice problem tool for computer science students Zerocouplage Framework