297 resultados para Milwaukee
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Mode of access: Internet.
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Mode of access: Internet.
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Includes bibliography.
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Mode of access: Internet.
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Includes bibliographical references and index.
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"Readings" at ends of most of the chapters.
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Errata slip inserted in v. 1.
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Mode of access: Internet.
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Latest issue consulted: Sept. 1994.
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Editorial: The Managing Innovative Manufacturing (MIM) conference series started in 1993 in the UK. The first MIM conference was held at Keele University and, as from the second MIM at Leicester University in 1996, it became a biennial event with the University of Nottingham and Aston University hosting, respectively, the third and fourth conferences. The main areas of interest of the MIM conference series are: Manufacturing Strategy; Technology & Innovation Management; Human Resource Management; Organisation of Work; Product Design; Operations Planning and Control; Supply Chain Management; Performance Management. This special issue of the International Journal of Technology Management is based on selected papers from MIM2000 at Aston University, where it was organised by Aston Business School. The special theme of the Aston conference was Responsive Production and the Agile Enterprise. Altogether 82 papers were presented in parallel sessions. The eight papers included here were selected from the ‘Technology and Innovation’ stream. They have all been independently reviewed and revised before being accepted for publication. The authors of these papers are from the UK, Ireland, Turkey, the USA, the Netherlands and Hong Kong. They address a wide range of issues within the overall scope of Technology and Innovation with some papers having a geographical or sector focus and others being more general in nature. Participation in the MIM conferences has become increasingly international and to reflect this, the 2002 event is leaving the UK and being held at the University of Wisconsin-Milwaukee, in the USA. It is planned to hold the following MIM at the University of Aalborg, Denmark, in 2004.
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The advantages of a COG (Component Object Graphic) approach to the composition of PDF pages have been set out in a previous paper [1]. However, if pages are to be composed in this way then the individual graphic objects must have known bounding boxes and must be correctly placed on the page in a process that resembles the link editing of a multi-module computer program. Ideally the linker should be able to utilize all declared resource information attached to each COG. We have investigated the use of an XML application called Personalized Print Markup Language (PPML) to control the link editing process for PDF COGs. Our experiments, though successful, have shown up the shortcomings of PPML's resource handling capabilities which are currently active at the document and page levels but which cannot be elegantly applied to individual graphic objects at a sub-page level. Proposals are put forward for modifications to PPML that would make easier any COG-based approach to page composition.
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This paper describes a tool for recombining the logical structure from an XML document with the typeset appearance of the corresponding PDF document. The tool uses the XML representation as a template for the insertion of the logical structure into the existing PDF document, thereby creating a Structured/Tagged PDF. The addition of logical structure adds value to the PDF in three ways: the accessibility is improved (PDF screen readers for visually impaired users perform better), media options are enhanced (the ability to reflow PDF documents, using structure as a guide, makes PDF viable for use on hand-held devices) and the re-usability of the PDF documents benefits greatly from the presence of an XML-like structure tree to guide the process of text retrieval in reading order (e.g. when interfacing to XML applications and databases).