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About 1,280 papers for “Java applet”

Java Applet

Esmaeel, Hana Rashied · 2019

Cited by 0Open access

Scooby-domain Java applet

George, Richard A., Lin, Kuang, Heringa, Jaap · Figshare · 2011

<b>Copyright information:</b>Taken from "Scooby-domain: prediction of globular domains in protein sequence"Nucleic Acids Research 2005;33(Web Server issue):W160-W163.Published online 27 Jun 2005PMCID:PMC1160142.© The Author 2005. Published by Oxford University Press. All rights reserved The Scooby-domain plot shows the probability for regions in a sequence to fold into a domain. Average hydrophobicities are converted into domain probability scores by referring to the observed distribution of domain sizes and hydrophobicities, i.e. given an average hydrophobicity and window length the probability that it can fold into a domain is found directly from the observed data. Regions coloured red represent the centre of a putative domain. The mouse-pointer highlights a likely domain between residues 102 and 212. Please note that the multilevel smoothing window is plotted upside-down when compared to .

Cited by 0Open access

Digital topology java applet

Carmen Escribano, Antonio Giraldo, María Asunción Sastre et al. · UPM Digital Archive (Technical University of Madrid) · 2008

We present here a java applet, accessible through the World Wide Web, which allows to apply to a binary digital image a series of topological algorithms for image processing.

Cited by 1Open access

Scooby-domain Java applet

George, Richard A., Lin, Kuang, Heringa, Jaap · Figshare · 2011

<b>Copyright information:</b>Taken from "Scooby-domain: prediction of globular domains in protein sequence"Nucleic Acids Research 2005;33(Web Server issue):W160-W163.Published online 27 Jun 2005PMCID:PMC1160142.© The Author 2005. Published by Oxford University Press. All rights reserved The Scooby-domain plot shows the probability for regions in a sequence to fold into a domain. Average hydrophobicities are converted into domain probability scores by referring to the observed distribution of domain sizes and hydrophobicities, i.e. given an average hydrophobicity and window length the probability that it can fold into a domain is found directly from the observed data. Regions coloured red represent the centre of a putative domain. The mouse-pointer highlights a likely domain between residues 102 and 212. Please note that the multilevel smoothing window is plotted upside-down when compared to .

Cited by 0Open access

Обход безопасности Java Card Applet

V. Povetina, В. М. Поветина · Electronic scientific archive of UrFU (Ural Federal University) · 2020

This article provides a brief overview of non-standard methods of attacks on the Java Card Applets in smart cards. Timely detection of atypical vulnerabilities is one of the key security aspects of any product. This makes it important to write such reviews and consider measures to eliminate potentially vulnerable components. In the article several scenarios of both software and hardware attacks on Java Card are considered. The features and key principles are noted for all methods. The conclusion about the level of criticality of each one is made.

Cited by 0

Java Applet Circular Diagram & Code

Sulakhe, Sahil · Zenodo (CERN European Organization for Nuclear Research) · 2024

folder contains a interesting program and it output which is a diagram drawn using applet in java

Cited by 0Open access

JACK: Java Applet Correctness Kit

Lilian Burdy Antoine, Antoine Requet · 2002

The paper presents a solution to improve the applet quality by allowing proof on Java Card TM annotated applets. It presents the chosen annotation language: JML that allows to formally specify each method and to give properties on fields. The innovative part of the paper is the presentation of the tools developed in the Gemplus Software Research Labs which allows proving the annotation by translating them in a formal language. To reduce the difficulty of using formal techniques, the tools aim to provide a user-friendly interface which hides to developers most of the formal features and provides him a &amp;quot;Java view&amp;quot; of proofs.

Cited by 0

PGP Enhancement to Java Applet

Chung Kei Wong · 1996

In this project, we investigated different possible approaches for Java-capable web browsers to provide flexible access control to applets, and then we designed, implemented, and tested our approach. Our approach uses PGP to do authentication and to provide privacy. We modify the class loader to use PGP to authenticate (and decrypt) a signed (and encrypted) applet. The security manager is also modified to use the signature of a signed applet and the originating host, path, and name of the applet to make authorization decision. The security manager consults the user&amp;apos;s access control policy which is specified as a list of properties in the user&amp;apos;s properties file. Since our approach is independent of machine and web browser, it can be ported to different platforms and browsers. It is compatible with existing web servers, web pages, and web browsers. Only a few modifications to web servers, web pages, and web browsers are required to use. The time and space overhead is low. I...

Cited by 0

Selective Java applet filtering on Internet

Chen Ding, Jing Deng, Chi‐Hung Chi et al. · 2003

Proposes a proxy-based solution to selectively filter out Java applets from retrieved Web pages. Selective Java applet filtering is desired mainly for two reasons: (i) for low bandwidth users, background audio, animation and 3D Java applets for Web page decoration usually result in very long Web access delays; and (ii) for personal privacy reason, Web surfers would like to filter Java applets that are used for server monitoring and tracking. By sampling and analyzing the usage patterns of these applets in current Web page design, a set of good heuristic rules for their identification can be obtained. Based on these heuristics, selective filtering of unwanted applets can be done through the proxy server automatically. To handle the situation when a wrong filtering decision is made, a simple and effective recovery mechanism is supported in the proxy server. The Web surfer just needs to click the browser's "reload" button. If the difference between the time of receiving the reload signal and the previous access time of a "filtered" Web page is within some threshold value, the proxy loads back the filtered applet(s) to the Web surfer. A sample implementation of this filtering proxy solution based on the SQUID proxy server is also described in order to help understand the system design and tradeoff issues. Such system is important because it gives Web surfers an easy way to enjoy Java technology and to protect their privacy and bandwidth usage at the same time.

Cited by 0

Interactive Java Applet For Equation Derivations

Kenneth C. Manning, Luke Bellandi · 2020

The Equation Activity applet, developed by Project Links at Rensselaer, is an engaging and interactive tool that allows instructors to guide students through the steps in deriving a particular equation. Project Links, an NSF-supported project at Rensselaer, is a cooperative effort by faculty from several departments, schools, and institutions to develop materials linking mathematical topics with their applications in engineering and science. The primary product of this effort is a set of interactive, web-based learning modules that rely heavily on hypertext, animations, and interactive Java applets.

Cited by 0Open access

Java-Applet For Radio Spectra Analysis

A. S. Trushkina, A. G. Gubanov · ArXiv.org · 2000

New services for Clusters of Galaxies Database created in the Astronomical Institute of SPbU have been constructed. The detailed description of database and its content is available at http://www.astro.spbu.ru/CLUSTERS/. The information contained in the database can be used for solution of the specific astronomical problems. One of these problems is the researches of radio emission spectra of clusters' objects. The researches can give help in solution of the problems of origin and evolution of extragalactic radio sources. Spectra of radio galaxies contain important information about radio power in the processes responsible for their activity. This report presents the software for the database that provides work with radio spectra of extragalactic sources. This client-application has been released as the Java-applet and thus provides a Web based interface that is supported on many operating systems. The facilities of the applet such as approximations of spectra measurement points and calculation of spectral parameters are illustrated in the report. Also we demonstrate new version of the application that realized on Java2 and gave access to additional functions such as printing.

Cited by 0Open access

\nTesting the Java Card Applet Firewall

Mostowski, Wojtek, Poll, Erik · Radboud Repository (Radboud University) · 2007

\n Contains fulltext :\n 36555.pdf (author's version ) (Open Access)\n

Cited by 0

The VASCO R-tree JAVA Applet

Frantisek Brabec, Hanan Samet · 1998

Features of the VASCO R-tree JAVA TM applet are described to support its demonstration. This includes an explanation of the different R-tree node splitting methods that are implemented in VASCO and of the functionality of the control panel of the applet. The applet enables users to visualize the different variants of the R-tree as well as observe their behavior for finding the nearest neighbors to a query point and the objects within a given query window in an incremental manner. The applet can be found at http://www.cs.umd.edu/hjs/rtrees/index.html. Keywords R-trees, JAVA TM applet, VASCO, spatial databases, worldwide web, incremental nearest neighbor finding, window queries, ranking 1 INTRODUCTION The representation of spatial data is an important issue in spatial databases as well as in a wide variety of applications including computer graphics, computational geometry, computer vision, pattern recognition, and geographic information systems (GIS) (e.g., Samet (1990a) and Sam...

Cited by 0