Team for Research in
Ubiquitous Secure Technology

Citation
Janos Laszlo Mathe, Sean Duncavage, Jan Werner, Akos Ledeczi, Bradley Malin, Janos Sztipanovits. "Implementing a Model-Based Design Environment for Clinical Information Systems". Talk or presentation, 30, September, 2007; This presentation is based on a paper published at the MOTHIS '07 conference with the same title.

Abstract
Health care is a rapidly evolving field that is increasingly supported through clinical information systems (CIS) that integrate care providers, patients, and computer applications. Local and federal regulations require health care systems to define and enforce privacy and security policies to protect sensitive patient data within CIS. Service-oriented architectures (SOA) have been successfully applied to specific clinical services, such as decision support, but have yet to be adopted for large-scale CIS that need to account for diverse information technology architectures and complex person-computer interactions. In this work, we demonstrate that the incorporation of model-based design techniques and high-level modeling abstractions provide a framework to rapidly develop, simulate, and deploy CIS prototypes. This paper describes the implementation of a graphical design environment that allows CIS architects to develop formal system models and from these automatically generates executable code for deployment. The design tool leverages SOA to create reusable services that can be rapidly adapted. We illustrate the functionality of the tool by modeling a secure messaging service in the MyHealth@Vanderbilt patient portal, a portion of the Vanderbilt University Medical Center CIS.

Electronic downloads

• HTML

  Janos Laszlo Mathe, Sean Duncavage, Jan Werner, Akos
  Ledeczi, Bradley Malin, Janos Sztipanovits. <a
  href="http://www.truststc.org/pubs/518.html"
  ><i>Implementing a Model-Based Design Environment
  for Clinical Information Systems</i></a>, Talk
  or presentation,  30, September, 2007; This presentation is
  based on a paper published at the MOTHIS '07 conference with
  the same title.

• Plain text

  Janos Laszlo Mathe, Sean Duncavage, Jan Werner, Akos
  Ledeczi, Bradley Malin, Janos Sztipanovits.
  "Implementing a Model-Based Design Environment for
  Clinical Information Systems". Talk or presentation, 
  30, September, 2007; This presentation is based on a paper
  published at the MOTHIS '07 conference with the same title.

• BibTeX

  @presentation{MatheDuncavageWernerLedecziMalinSztipanovits07_ImplementingModelBasedDesignEnvironmentForClinicalInformation,
      author = {Janos Laszlo Mathe and Sean Duncavage and Jan
                Werner and Akos Ledeczi and Bradley Malin and
                Janos Sztipanovits},
      title = {Implementing a Model-Based Design Environment for
                Clinical Information Systems},
      day = {30},
      month = {September},
      year = {2007},
      note = {This presentation is based on a paper published at
                the MOTHIS '07 conference with the same title.},
      abstract = {Health care is a rapidly evolving field that is
                increasingly supported through clinical
                information systems (CIS) that integrate care
                providers, patients, and computer applications.
                Local and federal regulations require health care
                systems to define and enforce privacy and security
                policies to protect sensitive patient data within
                CIS. Service-oriented architectures (SOA) have
                been successfully applied to specific clinical
                services, such as decision support, but have yet
                to be adopted for large-scale CIS that need to
                account for diverse information technology
                architectures and complex person-computer
                interactions. In this work, we demonstrate that
                the incorporation of model-based design techniques
                and high-level modeling abstractions provide a
                framework to rapidly develop, simulate, and deploy
                CIS prototypes. This paper describes the
                implementation of a graphical design environment
                that allows CIS architects to develop formal
                system models and from these automatically
                generates executable code for deployment. The
                design tool leverages SOA to create reusable
                services that can be rapidly adapted. We
                illustrate the functionality of the tool by
                modeling a secure messaging service in the
                MyHealth@Vanderbilt patient portal, a portion of
                the Vanderbilt University Medical Center CIS.},
      URL = {http://www.truststc.org/pubs/518.html}
  }
  

Posted by Janos Laszlo Mathe on 5 Feb 2009.
For additional information, see the Publications FAQ or contact webmaster at www truststc org.