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ACM SIGMOD日本支部 講演会(チュートリアル)

「The Making of a Streaming XQuery Implementation, XL: A Platform for Web Services」

講演者:Daniela Florescu (BEA), Donald Kossmann (ETH Zurich)
日時:2004年11月4日(木) 15:00 - 18:00
開催場所東京大学生産技術研究所 D棟6階 第1会議室(Dw601)
主催:ACM SIGMOD 日本支部
後援:日本データベース学会
支部長:北川 博之

Abstract

15:00 挨拶
ACM SIGMOD日本支部委員長 北川博之

15:10~16:30 講演1
講演者:Daniela Florescu (BEA)
タイトル:The Making of a Streaming XQuery Implementation
概要:
The talk will describe the design, implementation, and performance
characteristics of a commercial XQuery processing engine, the BEA
streaming XQuery processor. This XQuery engine was designed to
provide high performance for message processing applications, i.e.,
for transforming XML data streams. The engine is a central component
of the 8.1 release of BEA's WebLogic Integration (WLI) product. The
BEA XQuery engine is fully compliant with the August 2002 draft of the
W3C XML Query Language specification. A goal of the talk is to
describe how a fully compliant yet efficient XQuery engine has been
built from a few relatively simple components and well-understood
query processing technologies.

16:40~18:00 講演2
講演者:Donald Kossmann (ETH Zurich)
タイトル:XL: A Platform for Web Services
概要:
We present an XML programming language and platform designed for the
implementation of Web services.  The XL programming language is
portable and fully compliant with W3C standards such as XQuery, XML
Protocol, and XML Schema. One of the key features of XL is that it
allows programmers to concentrate on the logic of their application.
XL provides high-level and declarative constructs for actions which
are typically carried out in the implementation of a Web service;
e.g., logging, error handling, retry of actions, workload management,
events, etc. Issues such as performance tuning (e.g., caching,
horizontal partitioning, etc.) should be carried out automatically by
an implementation of the language. This way, the productivity of the
programmers, the ability of evolution of the programs, and the chances
to achieve good performance are substantially enhanced.
Joint work with:  Daniela Florescu (BEA) and Andreas Grunhagen
(University of Heidelberg)
参加条件:どなたでもご参加頂けます.参加費は無料です.