Workflows

Mining Semantic Web data using FastMap - R... (1)

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This workflow will explain that how an example set can be extracted from an RDF resource using the provided SPARQL query. This example set is then divided into training and test parts. These sub-example sets are used by the FastMap operators (encapsulate the FastMap data transformation technique), which processes each feature at a time and transform the data into a different space. This transformed data is more meaningful and helps the learner to improve classfication peformance. The tranfo...

Created: 2011-06-25 | Last updated: 2011-06-25

Mining Semantic Web data using FastMap - E... (1)

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This workflow describes how to learn from the Semantic Web's data. The input to the workflow is a feature vector developed from a RDF resource. The loaded example set is then divided into training and test parts. These sub-example sets are used by the FastMap operators (encapsulate the FastMap data transformation technique), which processes each feature at a time and transform the data into a different space. This transformed data is more meaningful and helps the learner to improve classfica...

Created: 2011-06-25 | Last updated: 2011-06-25

NGS sample workflow with data (1)

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 Sample workflow for NGS data analysis This worklfow relies on community contributions that can be installed through the following update site: http://tech.knime.org/update/community-contributions/nightly specifically the  KNIME NGS tools and the KNIME R Scripting extensions.    

Created: 2011-06-24 | Last updated: 2011-06-24

Credits: Baj

Biomart SNP (1)

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Normal 0 false false false EN-US X-NONE AR-SA /* Style Definitions */ table.MsoNormalTable {mso-style-name:"Table Normal"; mso-tstyl...

Created: 2011-06-20 | Last updated: 2011-07-05

Credits: Yosr Bouhlal

[untitled] (1)

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This is simly a test fortest

Created: 2011-06-19 | Last updated: 2011-06-19

Credits: Merdmann

Compare histogram features of image files (1)

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As a template for creation of image workflows was used xa-toolwrapper project from Sven Schlarb (https://github.com/openplanets/scape/tree/master/xa-toolwrapper). This project enables creation of WSDL web service that wraps command line tool like ‘extractFeatures’ or ‘create’. The workflow for ‘compare’ tool has three input parameters. These are two URLs to the XML histogram files that comprise information about image features. These files are acquired us...

Created: 2011-06-16 | Last updated: 2012-04-04

Credits: Roman

Extract histogram features from image file (1)

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As a template for creation of image workflows was used xa-toolwrapper project from Sven Schlarb (https://github.com/openplanets/scape/tree/master/xa-toolwrapper). This project enables creation of WSDL web service that wraps command line tool like ‘extractFeatures’ or ‘create’. The workflow for ‘extractFeatures’ tool has two input parameters. The URL to the input image file and the number of histogram bins as integer. This workflow extracts histogram feature...

Created: 2011-06-16 | Last updated: 2012-04-04

Credits: Roman

Detect compressed TIFF files and remove th... (3)

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The workflow takes a list of TIFF images as input, identifies the "Group 4 Fax" comressed TIFF images and converts them to uncompressed TIFF images using convert. Finally it characterises the converted image. This version of the workflow replaces the web services of the original workflow with tool services.

Created: 2011-06-15 | Last updated: 2012-03-08

Credits: Sven

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Cataloguing Workflow 2 (1)

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Workflow example. Not to be used. Only for OJAX++ synchronisation.

Created: 2011-06-11 | Last updated: 2011-06-11

Credits: Fbracken

Retrieval of molecular interactions within... (1)

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Description of the flow steps: 1. split the list of identifiers using allows separators, 2. build a MIQL query with these identifier in preparation of running a PSICQUIC request, 3. Retrieve molecular interaction from IntAct's PSICQUIC service using the generated MIQL statement, 4. filter the list of returned MITAB using the list of identifiers and only keep those lines where both participating molecules are members of the input list, 5. return the count and list of filtered MITAB lines.

Created: 2011-06-10 | Last updated: 2011-06-10

Credits: Skerrien