<ns0:vcard>BEGIN:vCardVERSION:3.0FN:Loo Kang WeeTITLE:ORG:Ministry of EducationADR;TYPE=WORK,POSTAL,PARCEL:;;Ministry of Education;1 North Buona Vista Drive;Singapore;Other;138675;SGTEL;TYPE=Personal Cell:++65 9247 5573TEL;TYPE=Home Office:++65 6879 6543TEL;TYPE=FAX:++65 6775 8325EMAIL;TYPE=INTERNET,Personal:weelookang@gmail.comEMAIL;TYPE=INTERNET,Work:wee_loo_kang@moe.gov.sgEND:vCard</ns0:vcard>, <ns0:vcard>BEGIN:vCardVERSION:3.0FN:Francisco EsquembreTITLE:ORG:University of MurciaADR;TYPE=WORK,POSTAL,PARCEL:;;5 Avenida Teniente Flomesta;;Murcia;;;ESTEL;TYPE=:+TEL;TYPE=:+TEL;TYPE=FAX:+EMAIL;TYPE=INTERNET,Business:fem@um.esEMAIL;TYPE=INTERNET,:END:vCard</ns0:vcard> · The Physics Video Demonstration Database (Cornell University)
This program simulates the force exerted by a magnetic field between two magnets on an electrical current trough a wire. The wire is kept in equilibrium in the absence of gravity, suspended on a spring and will oscillate when the battery (which is connected to the ends of the wire) is turned on and off, the angle of the wire with respect to the magnetic field is changed, or the poles of the magnets are switched.
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L. Burdy, A. Requet, J. -l. Lanet et al. · 2003
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Matthias Frank, Andreas Grüneis, Christoph Meier · mediaTUM (Technical University of Munich)
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Taufik Taufik, Linda Kakinami · DigitalCommons - CalPoly (California State Polytechnic University) · 2001
This paper presents the development of a Java applet to simulate three-phase power system when harmonics is being introduced. The applet-based makes the simulator a very useful visual tool in understanding how harmonics affects the shape of sinusoidal waveform and thus the quality of power resulted thereof. The use of Java applet also enables the simulator to be run through internet via web-browser, and hence improves its availability and accessibility. The skeleton of the simulator will first be described. Then, discussion on how to operate the simulator follows which includes an example with snapshots to demonstrate the execution of the simulator.
Cited by 0Open access
Werner Dietl, Péter Müller, Arnd Poetzsch-heffter · 2001
Abstract. A Java Card applet is, in general, not allowed to access fields and methods of other applets on the same smart card. This applet isolation property is enforced by dynamic checks in the Java Card Virtual Machine. This paper describes a refined type system for Java Card that enables static checking of applet isolation. With this type system, firewall violations are detected at compile time. Only a special kind of downcast requires dynamic checks. 1
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Pierre-Martin Tardif, A. Zaccarin · 2002
In this paper we present a Java applet used for teaching discrete-time system theory to electrical and computer engineering students. The objective of the applet is to show students the relation between the position and number of poles and zeros in the Z-plane with the frequency and impulse responses of the linear system defined by these poles and zeros.
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Chu R. Wie, Inmook Na · 1998
We have developed a set of educational Java applet programs which provide visual simulation of concepts in solid state materials and devices. These applets were tested in a control group of students from a junior-level solid state devices course. The impact of applet simulation on the student learning process was found to be overwhelmingly positive as judged from the student comments and test performance. In this paper we discuss issues related with the development of educational Java applets, course utilization of applets, and organizing the applets by individual instructors. We stress the importance of support materials such as introductory tutorials and applet worksheets. Key Words: educational Java applets, solid state materials and devices, impact assessment. I.
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Qin Min · 2005
The numeric signature is becoming an important technology in the secure transmission by network. This paper introduces a method to realize the numeric signature for Java Applet by using the JDK tool such as Jarsigner, Keytool and Policytool. Some limits on security of the IE can be broken by using this method which is practical, simple and reliable.
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Jongwan Kim · International Journal of Advancements in Computing Technology · 2013
Artificial intelligence is defined as a discipline that a machine works well in the field of sensing, thinking, and decision like as people. The introduction of intelligent systems and devices has developed an interest in artificial intelligence among university instructors and students. Because artificial intelligence is a wide topic, the course being taught tends to focus on theoretical aspects of the subject rather than its practical uses. The experiment of using Java applet examples based multimedia courseware and a well-known data mining tool called WEKA has been conducted to incorporate both the theoretical and the practical uses of artificial intelligence in college education. After the experiment has been conducted, students have completed surveys to whether or not this way of learning was effective. The results showed the increase in students’ understanding of this subject area than before.
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Mark Roseman · 1999
Proxy Tk allows a Tcl program to provide a highly interactive web-browser user interface, without requiring the end user to download additional software. It uses a thin client design, where a server-side Tcl application communicates with a very small generic Java applet running in the browser, sending it commands to create and modify widgets, and receiving events from the user. A Tk-like layer encapsulates the communication protocols to provide a familiar programming paradigm, and allow easy porting of existing code.
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Sotirios K. Goudos, Theodoros Samaras, John N. Sahalos · Computer Applications in Engineering Education · 2006
A web based virtual laboratory in electromagnetic compatibility using a Java applet is presented. The Java applet makes use of Green's functions calculations inside a rectangular cavity. The induced electric fields and surface currents on cavity walls are calculated and visualized in a user-friendly manner. Various source configurations are examined. A number of laboratory exercises using the applet is given. © 2006 Wiley Periodicals, Inc. Comput Appl Eng Educ 14: 269–280, 2006; Published online in Wiley InterScience (www.interscience.wiley.com); DOI 10.1002/cae.20087
Cited by 4
Mohammad Alshayeb, Wei Li · Munich Personal RePEc Archive (Munich University) · 1998
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Šikl, Jaroslav · Brno University of Technology Digital Library (Brno University of Technology) · 2010
Tato diplomová práce se zabývá návrhem a realizací interaktivního Java appletu pro 3D vizualizaci topografie optického disku oka. Primárním účelem 3D vizualizace je oftalmologie a to především při diagnostice zeleného zákalu – glaukomu. Program může sekundárně sloužit i jako názorná pomůcka, pomocí níž je možné prakticky se seznamovat s transformací 2D obrazu na 3D model a s vlivem úprav a nastavování jednotlivých parametrů na vykreslování tohoto modelu ve 3D prostoru. V práci jsou navrženy dvě verze appletu, které byly vytvořeny ve vývojovém prostředí NetBeans verze 5.5, a jejich finální realizace je provedena jako aplikace typu .html, pracující v okně webového prohlížeče s vhodnou mírou uživatelské interaktivity. První verzí realizovaného appletu je jednoduchá intuitivní aplikace, v níž jsou přednastaveny některé parametry zobrazení tak, že po načtení obrázku je automaticky vykreslen 3D model. Applet následně dovoluje nastavovat u tohoto zobrazení velikost, 3D hloubku zobrazení, vyhlazení hran povrchu a možnost volby zobrazení šedotónového, nebo barevného obrázku. Druhá verze realizovaného appletu je rozšířením prvního appletu o možnost zobrazení os x, y, z ve 3D prostoru, vykreslování povrchu 3D modelu pomocí jednotlivých bodů v prostoru, čar nebo sítě, nebo osvětlení jeho povrchu. Software byl otestován na dostupných topografických datech pořízených přístrojem HRT a součástí jsou tedy i ukázky dosažených výsledků. Práce obsahuje také technickou a uživatelskou dokumentaci.
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A. González · 1970
En la docencia de asignaturas basicas sobre Arquitectura de Computadores hemos observado que la comprension del comportamiento del procesador durante la ejecucion de las instrucciones, presenta una dificultad particular. Con el fin de facilitar dicha compresion presentamos un simulador de un procesador didactico que ofrece la posibilidad de disenar el cronograma de las instrucciones y de visualizar ciclo a ciclo el comportamiento de la ruta de datos. Para su implementacion hemos optado por la tecnologia de los applets de Java lo que posibilita su utilizacion mediante clientes de web y su facil integracion con otros materiales didacticos.
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Sarah Marthe · 2006
In the context of research on animal locomotion, a salamander robot and its locomotion controller are currently under development at the Biologically Inspired Robotics Group (BIRG) at the EPFL. This document presents a Java applet for this controller, developed as a semester project in the purpose of making the functioning of the controller and the effects of some parameter visible and accessible for other researchers and scientists. This report is divided into seven parts. There is first an introduction to the aims of the project, followed by some background information about the controller itself and its situation in a more general research context. The third part details the design of the Java applet, carried from the C implementation of the controller and the fourth part presents the graphical user interface and the behaviours and results observable from it. The fifth and sixth parts explain the problems encountered during this project and detail some ideas for further work. Finally, the report is concluded with some personal assessment about the goals achieved and feelings about the whole
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Oakley E. Gordon, Thomas E. Malloy · 2015
The Homework/Quiz/Exam Applet is a freely available Java program which can be used to evaluate student performance online for any content authored by the teacher. It has database connectivity so that student scores are automatically recorded. It allows several different types of questions. Each question can be linked to images and detailed story problems. Three levels of feedback are provided to student responses. It allows teachers to randomize the sequence of questions and to randomize which of several options is the correct answer in multiple-choice questions. The creation and editing of questions involves menu selections, button presses, and the typing of content; no programming knowledge is required. The code is open-source to encourage modifications to meet individual pedagogical needs.
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Stefanos Tsoukalas, Alexander Popp · 2009
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Haleema Essa Solayman · International Journal of Advanced Trends in Computer Science and Engineering · 2020
Process scheduling eminent to hold every treat that needs a resource in parallel processing, which is called processor or CPU.For different situations on a specific problem not every algorithm works best.Occasionally the algorithm(FCFS) is alter than other separate algorithms in small break abstraction when for multiple processes in each unit of time Round Robin is better.The Average of Turn Around Time and Average of Waiting Time is the touchstone measures for giving title to the planning rule to the algorithm used in scheduling.A lot of methods hold be practical for compound a CPU execution.The lens of this thesis is to hit study between algorithms, FCFS, Round Robin, SJF and Priority scheduling algorithms.The design of this compare to influence which formula is many fit for the processes that exist in the ready queue.The objective has shown what is the more suitable algorithm for the a specific processes.All Algorithms are programmed using JAVA APPLETS under ECLIPSE environment.
Cited by 1Open access
DU Qin-feng · 2007
A method of exchanging data between Java Applet and MFC program is designed through analyzing the data format of programming language according to the need of network programming. Access to data can be implemented easily by taking advantages of each language. It proves that it is useful in practice.
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Noriichi Kanaya · CERN Document Server (European Organization for Nuclear Research) · 1999
The Diagnostic system has been designed and implemented using Java applet for high energy accelerators. The system was implemented on PC computers running under WindowsNT4.0, and SUN workstations under Solaris operating system. The system allows to diagnose the accelerator using Java Applet. The system provides functionality of accessing the database in which operational and control data of the accelerator are automatically stored. The operator can, if a failure occurs in the accelerator, diagnose the accelerator in the vicinity of the faulty accelerator component, resulting in greatly reducing shutdown time caused by the malfunctioned accelerator component. The design and implementation of the system is described. 1
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