Enabling CSCW Systems to Automatically Bind External Knowledge Bases
T. Bopp, J. Schulte, and T. Hampel. ICEIS 2007 - 9th International Conference on Enterprise Information Systems, DISI, page 323--329. Funchal, Madeira - Portugal, INSTICC, (June 2007)
Abstract
The usage of CSCW systems for teaching, training, and research collaboration increases constantly, as it offers a time- and place-independent, as well as a cost-effective platform. The user's search should not be restricted to local material; in fact, users benefit from different search environments, as, for example digital libraries to find appropriate working material. Searching and further processing of documents imply a media breach since the search cannot be invoked in current CSCW systems directly. This paper presents the first prototype of a CSCW system which enables users to search in external sources without media breach. To provide arbitrary search environments no restrictions to data formats or search functionalities are allowed. Hence we have enhanced search environments with self description capabilities in order to realize an automatic binding of search environments in CSCW systems. By search environments we address any system offering searchable knowledge bases, such as digital libraries or the CSCW system itself. Furthermore our concept supports local search and searching in different external sources at the same time.
%0 Conference Paper
%1 BoppSH_2007
%A Bopp, Thomas
%A Schulte, Jonas
%A Hampel, Thorsten
%B ICEIS 2007 - 9th International Conference on Enterprise Information Systems
%C Funchal, Madeira - Portugal
%D 2007
%I INSTICC
%K automatic binding cscw digital distributed knowledge library myown space
%P 323--329
%T Enabling CSCW Systems to Automatically Bind External Knowledge Bases
%V DISI
%X The usage of CSCW systems for teaching, training, and research collaboration increases constantly, as it offers a time- and place-independent, as well as a cost-effective platform. The user's search should not be restricted to local material; in fact, users benefit from different search environments, as, for example digital libraries to find appropriate working material. Searching and further processing of documents imply a media breach since the search cannot be invoked in current CSCW systems directly. This paper presents the first prototype of a CSCW system which enables users to search in external sources without media breach. To provide arbitrary search environments no restrictions to data formats or search functionalities are allowed. Hence we have enhanced search environments with self description capabilities in order to realize an automatic binding of search environments in CSCW systems. By search environments we address any system offering searchable knowledge bases, such as digital libraries or the CSCW system itself. Furthermore our concept supports local search and searching in different external sources at the same time.
@inproceedings{BoppSH_2007,
abstract = {The usage of CSCW systems for teaching, training, and research collaboration increases constantly, as it offers a time- and place-independent, as well as a cost-effective platform. The user's search should not be restricted to local material; in fact, users benefit from different search environments, as, for example digital libraries to find appropriate working material. Searching and further processing of documents imply a media breach since the search cannot be invoked in current CSCW systems directly. This paper presents the first prototype of a CSCW system which enables users to search in external sources without media breach. To provide arbitrary search environments no restrictions to data formats or search functionalities are allowed. Hence we have enhanced search environments with self description capabilities in order to realize an automatic binding of search environments in CSCW systems. By search environments we address any system offering searchable knowledge bases, such as digital libraries or the CSCW system itself. Furthermore our concept supports local search and searching in different external sources at the same time.},
added-at = {2011-01-21T14:38:33.000+0100},
address = {Funchal, Madeira - Portugal},
author = {Bopp, Thomas and Schulte, Jonas and Hampel, Thorsten},
biburl = {https://www.bibsonomy.org/bibtex/20507fdd22e0b1b1cce785193307704f6/schulte},
booktitle = {ICEIS 2007 - 9th International Conference on Enterprise Information Systems},
interhash = {0de72114b096c874e62aa644096c6ec2},
intrahash = {0507fdd22e0b1b1cce785193307704f6},
keywords = {automatic binding cscw digital distributed knowledge library myown space},
month = {June},
pages = {323--329},
publisher = {INSTICC},
timestamp = {2011-01-21T14:38:34.000+0100},
title = {Enabling CSCW Systems to Automatically Bind External Knowledge Bases},
volume = {DISI},
year = 2007
}