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Book

Developing Java Servlets

01 Jul 1999-
TL;DR: Developing Java Servlets, Second Edition explains the Java Servlet API architecture and client/server development concepts and contains detailed, professional programming techniques for building sophisticated e-commerce and database servlet applications.
Abstract: From the Publisher: Developing Java Servlets, Second Edition, is a comprehensive, code-intensive book for professional Java developers. It explains the Java Servlet API architecture and client/server development concepts and contains detailed, professional programming techniques for building sophisticated e-commerce and database servlet applications. New topics covered in the updated edition are: JavaMailServlets with XML, JSP, and EJBPluggable web applicationsWireless servlets with WML/WMLScripts
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Patent
15 Jun 2005
TL;DR: In this article, an extended memory card coupled with a reduced size memory card has been shown to have the same size as RS-MMC card with an electrical connection to a card reader, where the card reader accesses the first flash memory by controlling the operation of the first client controller.
Abstract: An extended memory card capable of coupling to a reduced size memory card and having an electrical connection to a card reader is disclosed. The extended memory card comprises a first flash memory and a first client controller, where the card reader accesses to the first flash memory by controlling the operation of the first client controller. The reduced size memory card further comprises a second flash memory and a second client controller, where a host controller accesses to the second flash memory by controlling the operation of the second client controller. The extended memory card coupled to the reduced size memory card has the same size as an MMC card. The reduced size memory card has the same size as the RS-MMC card.

26 citations

Book
01 Aug 2001

21 citations

Book ChapterDOI
06 Sep 2000
TL;DR: This paper evaluates all currently available Java-based approaches that support persistent connections between Web clients and database servers, including Java applets, Java Sockets, Servlets, Remote Method Invocation, CORBA, and mobile agents technology.
Abstract: Given the undeniable popularity of the Web, providing efficient and secure access to remote databases using a Web browser is crucial for the emerging cooperative information systems and applications. In this paper, we evaluate all currently available Java-based approaches that support persistent connections between Web clients and database servers. These approaches include Java applets, Java Sockets, Servlets, Remote Method Invocation, CORBA, and mobile agents technology. Our comparison is along the dimensions of performance and programmability.

10 citations

Book ChapterDOI
14 Sep 1998
TL;DR: The Extended Memory Card project as mentioned in this paper proposes an architecture in which smartcards can securely "contain" more data than their own memory allows it by acting as a key to access information stored outside of it.
Abstract: Smartcard chips vendors have always done their best to embed more memory inside cards. These efforts are driven to allow their customers – smartcard manufacturers – to mask more software inside cards (in ROM) but, above all, to help them to provide cards with more memory dedicated to the application (EEPROM). Even if the geometry is getting smaller and smaller, some applications do not match with the current memory limitations due to smartcard constraints making impossible for the chips to be more than just a few millimeter square. The goal of the Extended Memory Card project is to suggest an architecture in which smartcards can securely ”contain” more data than their own memory allows it. The card acts as a key to access information stored outside of it.

9 citations

01 Jan 2001
TL;DR: The Hypermedia Modeling Technique (HMT), which has been developed in order to provide a comprehensive framework for modeling database-driven hypermedia applications, consists of several design steps like ER design of the application domain, conceptual hypermedia design, authorization design (personalization) or temporal design.
Abstract: As applications in the World Wide Web are growing steadily regarding both size and functionality, database support plays a more and more important role. The technical questions of integrating databases and the WWW have been discussed and answered within the last few years, but the area of design methodologies still lacks a comprehensive framework for modeling these kinds of applications. Established modeling methodologies like ER or OMT cannot support hypermedia concepts like hyperlinks or higher level navigational structures like Guided Tours; new hypermedia modeling methodologies like RMM or OOHDM do not cover important aspects like personalization or temporal design. This work presents the Hypermedia Modeling Technique (HMT), which has been developed in order to provide a comprehensive framework for modeling database-driven hypermedia applications. It consists of several design steps like ER design of the application domain, conceptual hypermedia design, authorization design (personalization) or temporal design. Due to the strict separation of HMT model and hypermedia system, HMT is not bound to the creation of WWW applications, but can also be used for other hypermedia platforms like XML or PDF. For mapping HMT schemas to a computable format, a metadata repository has been developed. This repository allows storing the HMT specification of an application completely within the database system, thus ensuring integrity, consistency and easy maintenance of the application. The HMT approach has been verified by implementing a prototype CASE-tool. It is based on java servlets, JDBC and a relational database system.

4 citations