General Electric Company

Ge Medical Systems Global Technology Company, LLC

David P Edwards

Alan Ferris James

John Skinner

William M Stoval

Randy Lynn Taylor

Matthew William Turek

David Matthew Deaven

David Cronin

George Phillip

Franklin Jose

Kamika Fisher

Certain examples provide systems, methods, apparatus, etc., to generate formlets for user review of and interaction with clinical data and associated functionality for one or more patients. An example method includes receiving one or more query criterion to retrieve data and generating a query result of data from one or more data stores based on the one or more query criterion. The example method includes applying a transform to the query result data. The example method includes applying a data template and binding instructions to the transformed query result data to generate a formlet including data and at least one of associated relationship and functionality information for display of and interaction with the data. The example method includes facilitating runtime configurability of the formlet by a user. The example method includes displaying the formlet for user review and interaction.

Formlets as an enabler of the clinical user experience

Certain examples provide systems and methods to organize clinical data using detailed clinical models and frames. An example system includes a clinical element query processor to query data organized according to one or more detailed clinical models. The clinical element processor is to form a frame from instances of the queried data. The example system also includes a transformer to receive the frame and operate on the data in the frame to transform the frame into a component to be used as a part of a clinical application.

Systems and methods for organizing clinical data using models and frames

Certain examples provide systems and methods for formlet generation and presentation. Certain examples provide one or more formlets to be used to construct a clinical application. Certain examples leverage a content-based system, clinical element queries and clinical element transforms to generate a formlet to be used in a clinical application.

Systems and methods for formlet generation and presentation

A method of integrating an Xt Intrinsics based toolkit with a JAVA application. The application includes a process thread that implements an X event loop and an application thread that suspends execution of the event loop to allow a call to be made through the JAVA Native Interface to a toolkit or a widget to cause something to be displayed. The application thread includes a write socket to communicate a token to a read socket of the event loop, and performs a blocking read suspending the thread. The event loop returns an acknowledgment token via a write socket to a read socket of the thread that unblocks its blocking read and the event loop invokes its own blocking read suspending its execution. The file descriptor function, XtAppAddInput, preferably, is used to read the token and to set the blocking read. After a toolkit call is made, a token is sent from a second write socket of the thread to a second read socket of the event loop that unblocks its blocking read resuming the event loop. JAVA multithreading support services, such as JAVA's wait and notifyAll methods, are employed in multithreaded applications to ensure that only one thread at a time can make a call. Use of a separate Intrinsics application context to service the event loop is employed, windows are managed in separate hierarchies associated with each application context, and a special JAVA Canvas manages native windows transparent to the programmer.

Method of integrating X Window Intrinsics based toolkits and widgets with JAVA

Method of integrating X window intrinsics based toolkits and widgets with java

A workstation includes a regression testing program which tests application programs developed on the workstation using stored test scripts. A test directory tree is maintained to mirror a source code directory tree, and the test directory tree is employed to select the test scripts to be used in testing any newly compiled application programs.

Automated regression testing of workstation software

A graphic workstation receives digitized medical images and the user creates textual information that is to be displayed on the images. The text along with associated properties are packaged as a data structure along with a set of properties, and the data structure is passed through a pipeline having a series of formatters. The formatters are easily configured by the user to modify the properties of the text data structures as they flow through the pipeline prior to being rendered on a display.

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Highland, UT, United States of America

David P Edwards