An argument is presented for replacing the traditional published scientific technical or medical article, where heavy reliance is placed on human perception of a printed or a printable medium, by a more data-centric model with well-defined structures expressed using XML languages. Such articles can be regarded as self-defining or 'intelligent': they can be scaled down to fine-level details such as, for example, atoms in molecules, up into journals or higher-order collections, and can be used by software agents as well as humans. Our vision is that this higher-order concept, often referred to as the semantic web, would lay the foundation for the creation of an open and global knowledge base.
%0 Journal Article
%1 Rzepa2001
%A Rzepa, Henry S.
%A Murray-Rust, Peter
%D 2001
%J Learned Publishing
%K STM
%N 3
%P 177-182
%R 10.1087/095315101750240421
%T A new publishing paradigm: STM articles as part of the semantic web
%V 14
%X An argument is presented for replacing the traditional published scientific technical or medical article, where heavy reliance is placed on human perception of a printed or a printable medium, by a more data-centric model with well-defined structures expressed using XML languages. Such articles can be regarded as self-defining or 'intelligent': they can be scaled down to fine-level details such as, for example, atoms in molecules, up into journals or higher-order collections, and can be used by software agents as well as humans. Our vision is that this higher-order concept, often referred to as the semantic web, would lay the foundation for the creation of an open and global knowledge base.
@article{Rzepa2001,
abstract = {An argument is presented for replacing the traditional published scientific technical or medical article, where heavy reliance is placed on human perception of a printed or a printable medium, by a more data-centric model with well-defined structures expressed using XML languages. Such articles can be regarded as self-defining or 'intelligent': they can be scaled down to fine-level details such as, for example, atoms in molecules, up into journals or higher-order collections, and can be used by software agents as well as humans. Our vision is that this higher-order concept, often referred to as the semantic web, would lay the foundation for the creation of an open and global knowledge base.},
added-at = {2011-12-21T01:05:11.000+0100},
author = {Rzepa, Henry S. and Murray-Rust, Peter},
biburl = {https://www.bibsonomy.org/bibtex/2888d8aefa2b595b3ef68c39ef5ca97aa/fairybasslet},
doi = {10.1087/095315101750240421},
interhash = {1e314ae329f9ca0ac3486c2baaf13e76},
intrahash = {888d8aefa2b595b3ef68c39ef5ca97aa},
journal = {Learned Publishing},
keywords = {STM},
number = 3,
pages = {177-182},
timestamp = {2019-03-11T21:06:37.000+0100},
title = {A new publishing paradigm: STM articles as part of the semantic web},
volume = 14,
year = 2001
}