Physics Simulation       Lecture 14B Run Server Security Problems Secure Server Run Secure Server A client application Server Apps Exercises Lectures 1A: Introduction 1B: Java Intro 2A: BuildingBlocks 2B: Objects 3A: More Objects 3B: Exceptions        & Threads 4A: Waves 4B: Nuclear &        Particle 5A: AWT 5B: More AWT       & Graphics 6A:Detectors &       Simulation 6B: LHC/Atlas &      RandomSims     7A: Swing 7B: Java2D 8A: Java Apps 8B: Dialogs &     MoreClasses 9A: Java I/O 9B: Utilities,         Unicode 10A: More     Threading 10B: File     Handling 11A: Array,Print,     Images 11B: SimplePhysics     Simulation 12A: Tips &     Techniques 12B: More Tips &     Techniques 13A: Satellite     Simulations 13B: Intro to Java     Networking 14A: Java Servers 14B: HTTP Server 15A: ServerClient 15B: ServerClient    Expt.Simulation 16A: Course           Review 16B: ExerciseTest         Discussion     Contacts     Description     Exercises     Index     Outline     Q&A     Resources     StudentInfoForm     Student Pages     What's New

Home : Lectures : Lecture 14B Title Page Lecture 14B: Your Own HTTP Server The Probability Pipe Organ by John Walker Sorry--it appears your browser doesn't understand Java applets. This applet   "...demonstrates how experiments with random data converge toward the predictions of probability theory as more and more experiments are run. The panel above initially shows the bell-curve normal distribution approximating the binomial distribution for an experiment consisting of 32 coin flips. To see the the bell curve for experiments with different numbers of flips, enter a value between 4 and 1024 in the "Flips/run" box and press Enter. For ..." continue at the Fourmilab page. Sources: pipeorgan.java Organ.java

Home Lectures Resources Index Contacts Students Physics Simulations with JavaTM KTH, Kurskod: 5A1418 Curator: Clark S. Lindsey