Data formats for capturing MIFlowCyt encoded data and metadata
Graphical representation:
Available Options |
Proposed Initial Development |
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Experiment overview: undecided |
Experiment overview: FuGE XSD based |
Experiment design: undecided |
Experiment design: FuGEFlow XSD based |
Instrument settings: undecided |
Instrument settings: custom RDFS based |
Analysis results: undecided |
Analysis results: custom RDFS based |
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Rationale:
Since there is no known best approach for flow data formats, it's been suggested that we continue our research in all directions.
To minimize the effort, let’s split 4 undecided components and use different approaches for each one of them. Later on we can evaluate the results and possibly change the initially selected formats.
Experiment overview: FuGE XSD based
- Since core FuGE already has all (or almost all) data elements required in MIFlowCyt experiment overview, FuGE-ML looks like a great candidate for this component
Experiment design: FuGEFlow XSD based
- Creating generic format for experimental design is a great undertaking. It’s going to be a lot of work regardless of used approach. FuGEFlow extension is a good choice because core FuGE already has well-defined basic classes and we should reuse them rather than reinvent.
Instrument settings: custom RDFS based
- Instrument settings are expected to heavily use OBI ontology. To take advantage of this fact, it’s proposed to use RDF schema to describe this component
Analysis results: custom RDFS based
- In this case there is no strong reason to choose one format over another; RDF could be a good choice.
Comments:
Please let us know what you think about the approach overall and each proposed component in particular. We look forward to your feedback
Olga, Ryan, Josef




