DateAuthorLogOptionsExposure
2018-08-07David Nickersondemonstration of changing the stimulus period [files][create_exposure]
2018-08-07David Nickersonadd SED-ML to demonstrate periodic stimulus [files][create_exposure]
2018-08-07David NickersonEncapsulate the ORd model, with stimulus protocol, behind an interface component and then import that interface component and apply a periodic stimulus protocol [files][create_exposure]
2014-12-10rcai987Added annotations to Ohara_Rudy_2011 model [files][create_exposure]
2012-08-16Dougal CowanPerhaps the last attempt to get the metadata working [files][create_exposure]
2012-08-16Dougal Cowananother try at getting the metadata to work with the PMR2 processor [files][create_exposure]
2012-08-14Dougal CowanRe-added species, reverted to accented characters [files][create_exposure]
2012-08-13Dougal Cowantrying to fix the exposure error [files][create_exposure]
2012-08-13Dougal Cowanadded metadata in RDF [files][create_exposure]
2011-11-17David Nickersonneed to make sure there are enough integration points to ensure the stimulus is picked up when running in SRuS. [files][create_exposure]
2011-11-17David Nickersonupdate stimulus protocol to allow offset of applied stimulus from time 0 [files][create_exposure]
2011-11-16David NickersonSRuS uses the namespaces defined in the source document to resolve xpath expressions, so need to define the correct set of namespaces in order to get simulations to run [files][create_exposure]
2011-08-25David Nickersonupdate URL for SED-ML web tools [files][create_exposure]
2011-08-25David Nickersonresize the image to fit within the model repository content pane [files][create_exposure]
2011-08-25David Nickersonadding a simple SED-ML document describing a single simulation which simulates one action potential. Also adding a screenshot taken to illustrate the result of this simulation experiment when run in the SED-ML web tools. [files][create_exposure]
2011-08-25David NickersonOriginal CellML 1.0 encoding of the ORd model contributed by Steven Niederer. This encoding is based on the Matlab code provided by the authors under the http://rudylab.wustl.edu/research/cell/ website. While the units in the CellML encoding are not yet perfect, it is a match for the Matlab code and matches the simulation output for a single beat perfectly. [files][create_exposure]