Workflows

PIII distributional morpheme analysis (1)

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Distributional analysis of the Morphemes from the Polygraphia III codebook.

Created: 2012-01-16 | Last updated: 2012-01-16

Credits: jhermes

VM grapheme clustering (1)

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Clustering of Graphemes from the Voynich Manuskript,determined by minimal pair analysis.

Created: 2012-01-16

Credits: jhermes

PIII grapheme clustering (1)

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Clustering of Graphemes from Polygraphia III, determined by minimal pair analysis.

Created: 2012-01-16 | Last updated: 2012-01-16

Credits: jhermes

Import and convert gene list (1)

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This workflow extracts a column of RefSeq gene IDs from a CSV file and then converts them to Unigene identifiers

Created: 2012-01-15 | Last updated: 2012-03-12

Credits: Katy Wolstencroft

getFirstElementDFS (2)

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Returns the first element of a nested list using depth first search. The maximum depth of the input is set to 2. You can savely increase this by increasing the depth of the workflow input port and the beanshell input port. Taverna will wrap the input into a list with correct depth. However this will create a little overhead.

Created: 2012-01-13 | Last updated: 2012-02-13

workflow in systems (1)

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Created: 2012-01-12

Credits: Ahmed hosny

VM text parameters (1)

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Calculation of some basic parameters of the text from the Voynich Manuskript (VMS). Parameters: type count, token count, type token ratio, wordlength, entropy, conditional entropy, coincidence values, random walk values, repeated words and minimal pairs. The VMS text (EVA Interlinear Archive File) is referenced in http://www.myexperiment.org/files/660.html)

Created: 2012-01-11

Credits: jhermes

Polygraphia III encription text parameters (1)

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Calculation of some basic parameters of a text, enciphered with the method that the german ape Johannes Trithemius described in his book Polygraphia III Parameters: type count, token count, type token ratio, wordlength, entropy, conditional entropy, coincidence values, random walk values, repeated words and minimal pairs. Enciphed text (from project Guttenberg, referenced in http://www.myexperiment.org/files/660.html): Melanchton: Confessions (ger)

Created: 2012-01-11 | Last updated: 2012-01-11

Credits: jhermes

Renaissance texts parameters (1)

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Calculation of some basic parameters of renaissance texts written in different languages. Parameters: type count, token count, type token ratio, wordlength, entropy, conditional entropy, coincidence values, random walk values, repeated words and minimal pairs. Texts (from project Guttenberg, referenced in http://www.myexperiment.org/files/660.html): Dee (en), dante (it), descartes (lat), ceasar (anc lat), paracelsus (ger), melanchton (ger)

Created: 2012-01-11 | Last updated: 2012-01-11

Credits: jhermes

Calculation of distances, magnitutes and l... (2)

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Calculation of distances, corrected apparent B magnitude mB-corr and luminosities with values gathered from the HyperLEDA database. This workflow receives a list of galaxy names (hyperLEDA names. ie: KIG0001) and a file with the morphological types of those galaxies Using the name of a galaxy, the workflow querys Hyperleda to extract some properties of this galaxy (J2000 Coordinates, velocity, galactic extinction,log of axis ratio, and the Total B-magnitude ). With this properties it calcula...

Created: 2012-01-10 | Last updated: 2012-01-16

Credits: Stian Soiland-Reyes

Attributions: Calculation of distances, magnitutes and luminosities using HyperLEDA Data involved in RO Propagation of quantities Scripts in RO Propagation of quantites

Item recommendation collaborative-based wo... (1)

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This workflow takes input 2 as a train set for item-k-NN recommender system. The model peformance is evaluated on test set (input 1). This workflow uses recommender system extension. Train and test set must contain user_id and item_id atrributes which need to have special roles user identification and item identification.

Created: 2012-01-09 | Last updated: 2012-01-09

Map a Entrez Gene ID to a Gene Ontology ID (1)

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Created: 2012-01-07

Credits: Egon Willighagen

Hello Anyone (1)

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An extension to helloworld.t2flow - this workflow takes a workflow input "name" which is combined with the string constant "Hello, " using the local worker "Concatenate two strings", and outputs the produced string to the workflow output "greeting".

Created: 2012-01-03 | Last updated: 2014-03-03

Credits: Stian Soiland-Reyes

Attributions: Hello World

Hello World (1)

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One of the simplest workflows possible. No workflow input ports, a single workflow output port "greeting", outputting "Hello, world!" as produced by the String Constant "hello".

Created: 2012-01-03 | Last updated: 2014-03-03

Credits: Stian Soiland-Reyes

[untitled] (1)

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 A KUP domain image segmentation workflow that identifies ans annotates important regions on microscopic Kidney biopsy images (vessels and glomerulus)

Created: 2012-01-03 | Last updated: 2012-01-03

Credits: Charalampos

Propagation of the Solar Energetic Particl... (2)

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use of the processing service to calculate time delays to the planets Inputs: time when propagation should start longitude of starting point on the sun speed of the solar wind error value of solar wind speed traveling speed of energetic particals as percentage of the speed of light

Created: 2011-12-13 | Last updated: 2012-02-03

Credits: Anja Le Blanc HELIO

Propagation of the Co-roationg interaction... (2)

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use of the processing service to calculate time delays to the planets Inputs: time when propagation should start longitude of starting point on the sun speed of the solar wind error speed of the solar wind

Created: 2011-12-13 | Last updated: 2012-02-03

Credits: Anja Le Blanc

Connect flare events with proton events on... (2)

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This workflow uses flares listed in any HELIO HEC flare catalogue (using the semantic mapping service), checks whether these flares are connected to Earth via the Parker spiral, and looks for proton events at earth listed in the goes_proton_event list. The flare listing and the proton listing are combinded into a list of VOTable outputs (one VOTable per flare catalogue with results).

Created: 2011-12-09 | Last updated: 2011-12-13

Credits: Anja Le Blanc

Attributions: Connect flare events with proton events on Earth via propagation model