Dynamic assembly of learning objects
Robert Farrell, Soyini D. Liburd, et al.
WWW 2004
The increased importance of XML as a universal data representation format has led to several proposals for enabling the development of applications that operate on XML data. These proposals range from runtime API-based interfaces to XML-based programming languages. The subject of this paper is XJ, a research language that proposes novel mechanisms for the integration of XML as a first-class construct into Java™. The design goals of XJ distinguish it from past work on integrating XML support into programming languages - specifically, the XJ design adheres to the XML Schema and XPath standards, and supports in-place up-dates of XML data thereby keeping with the imperative nature of Java. We have also built a prototype compiler for XJ, and our preliminary experimental results demonstrate that the performance of XJ programs can approach that of traditional low level API-based interfaces, while providing a higher level of abstraction.
Robert Farrell, Soyini D. Liburd, et al.
WWW 2004
Mukund Raghavachari, Anne Rogers
ACM Transactions on Computer Systems
Michael Burke, Ron Cytron, et al.
The Journal of Supercomputing
Jasmine Novak, Prabhakar Raghavan, et al.
WWW 2004