Introducing DoT-U2—an XML-based knowledge supported checklist software for documentation of a newborn clinical screening examination

Philipp, Frank; Jantke, M.; Finkeissen, Ekkehard; Beedgen, Bernd; Linderkamp, Otwin; Wetter, Thomas C.

doi:10.1016/j.cmpb.2004.09.005

Cited by 3 publications

(2 citation statements)

References 11 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…We arev eryi nterested in spoken interfaces, especially the work of Philipp et al [18] on Dot-U2, whichs upports spoken entryo ffindingsi nto an XML-based tree structure.…”

Section: Discussionmentioning

confidence: 99%

Using a Java Dynamic Tree to Manage the Terminology in a Suite of Medical Applications

Yang

Evens²,

Trace³

2008

Methods Inf Med

View full text Add to dashboard Cite

Our Java Dynamic Tree allows the health care provider to view the entire terminology along with the structure that supports it, as well as the mechanism for the generation of progress notes and other documents, in terms of a single hierarchical structure. Changes in terminology can be propagated through the system under the control of the expert. The import/ export facility has been a major help by replacing our original terminology by the terminology in SNOMED-CT.

show abstract

“…We arev eryi nterested in spoken interfaces, especially the work of Philipp et al [18] on Dot-U2, whichs upports spoken entryo ffindingsi nto an XML-based tree structure.…”

Section: Discussionmentioning

confidence: 99%

Using a Java Dynamic Tree to Manage the Terminology in a Suite of Medical Applications

Yang

Evens²,

Trace³

2008

Methods Inf Med

View full text Add to dashboard Cite

show abstract

“…This naturally suggests a layer of abstraction between software and data, and guided by this observation we designed an XML schema that would allow us to expressively describe a complete measurement instrument, including localizations and specific study requirements, without having to write any actual code. Confidence in this decision was bolstered by the successful use of XML for various applications throughout healthcare and medical informatics [3-7], especially when structured by an appropriate XML schema [4,8]. Figure 2 provides a partial listing of the schema and Figure 3 provides a minimal example XML document exemplifying that schema.…”

Section: Introductionmentioning

confidence: 99%

Design and implementation of the mobility assessment tool: software description

Barnard

Marsh

Rejeski

et al. 2013

BMC Med Inform Decis Mak

View full text Add to dashboard Cite

BackgroundIn previous work, we described the development of an 81-item video-animated tool for assessing mobility. In response to criticism levied during a pilot study of this tool, we sought to develop a new version built upon a flexible framework for designing and administering the instrument.ResultsRather than constructing a self-contained software application with a hard-coded instrument, we designed an XML schema capable of describing a variety of psychometric instruments. The new version of our video-animated assessment tool was then defined fully within the context of a compliant XML document. Two software applications—one built in Java, the other in Objective-C for the Apple iPad—were then built that could present the instrument described in the XML document and collect participants’ responses. Separating the instrument’s definition from the software application implementing it allowed for rapid iteration and easy, reliable definition of variations.ConclusionsDefining instruments in a software-independent XML document simplifies the process of defining instruments and variations and allows a single instrument to be deployed on as many platforms as there are software applications capable of interpreting the instrument, thereby broadening the potential target audience for the instrument. Continued work will be done to further specify and refine this type of instrument specification with a focus on spurring adoption by researchers in gerontology and geriatric medicine.

show abstract

XML, Ontologies, and Their Clinical Applications

Shen

2016

Advances in Experimental Medicine and Biology

View full text Add to dashboard Cite

The development of information technology has resulted in its penetration into every area of clinical research. Various clinical systems have been developed, which produce increasing volumes of clinical data. However, saving, exchanging, querying, and exploiting these data are challenging issues. The development of Extensible Markup Language (XML) has allowed the generation of flexible information formats to facilitate the electronic sharing of structured data via networks, and it has been used widely for clinical data processing. In particular, XML is very useful in the fields of data standardization, data exchange, and data integration. Moreover, ontologies have been attracting increased attention in various clinical fields in recent years. An ontology is the basic level of a knowledge representation scheme, and various ontology repositories have been developed, such as Gene Ontology and BioPortal. The creation of these standardized repositories greatly facilitates clinical research in related fields. In this chapter, we discuss the basic concepts of XML and ontologies, as well as their clinical applications.

show abstract

Introducing DoT-U2—an XML-based knowledge supported checklist software for documentation of a newborn clinical screening examination

Cited by 3 publications

References 11 publications

Using a Java Dynamic Tree to Manage the Terminology in a Suite of Medical Applications

Using a Java Dynamic Tree to Manage the Terminology in a Suite of Medical Applications

Design and implementation of the mobility assessment tool: software description

XML, Ontologies, and Their Clinical Applications

Contact Info

Product

Resources

About