This page (revision-13) was last changed on 21-Dec-2012 10:53 by Joba Baumeister

This page was created on 05-Nov-2012 15:09 by UnknownAuthor

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10 17-Dec-2012 18:53 2 KB Joba Baumeister to previous | to last
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Page References

Incoming links Outgoing links
Success Story - KnowSEC
Success Story - KnowSEC

Version management

Difference between version and

At line 5 changed one line
The information is entered in (user-friendly) editors in the wiki and translated into special markups in the background; thus, the information is also stored in an RDF ontology. That way, the information currently available in the wiki but also the latest knowledge changes can be aggregated and visualized by integrated SPARQL queries.
The information is entered in (user-friendly) editors in the wiki and translated into special markups in the background; thus, the information is also stored in an RDF ontology.
That way, the information currently available in the wiki but also the latest knowledge changes can be aggregated and visualized by integrated SPARQL queries.
At line 7 changed one line
Besides the storage of weakly formalized knowledge, KnowSEC also offers knowledge-based modules that support the classification of substances for a number of critical chemical characteristics. At the moment, modules are available for supporting the assessment of the relevance, the persistence, the bioaccumulation, and the toxicity of a given substance. These aspects (e.g., relevance, persistence, etc.) are developed in the wiki using different namespaces, so they can be maintained and tested independently from the other aspects. For the users of KnowSEC, a joint knowledge base with all aspects is virtually defined including all above namespaces.
Besides the storage of weakly formalized knowledge, KnowSEC also offers knowledge-based modules that support the classification of substances for a number of critical chemical characteristics.
At the moment, modules are available for supporting the assessment of the relevance, the persistence, the bioaccumulation, and the toxicity of a given substance.
These aspects (e.g., relevance, persistence, etc.) are developed in the wiki using different namespaces, so they can be maintained and tested independently from the other aspects.
For the users of KnowSEC, a joint knowledge base with all aspects is virtually defined including all above namespaces.
At line 9 changed one line
Currently, the knowledge base is still under development. The joint version of the knowledge base consists of 214 questions (user inputs to characterize the investigated substance) grouped by 46 question- naires, 146 solutions (assessments of the investigated substance), and more than 1.000 rules to derive the assessments. The rules are auto- matically generated from entered decision tables that allow for an intuitive and maintainable knowledge development process.
Currently, the knowledge base is still under development. The joint version of the knowledge base consists of 214 questions (user inputs to characterize the investigated substance) grouped by 46 questionnaires, 146 solutions (assessments of the investigated substance), and more than 1.000 rules to derive the assessments.
The rules are auto- matically generated from entered decision tables that allow for an intuitive and maintainable knowledge development process.
This page (revision-13) was last changed on 21-Dec-2012 10:53 by Joba Baumeister Top