Showing posts with label Court Component Model. Show all posts
Showing posts with label Court Component Model. Show all posts
Wednesday, January 30, 2019
Wednesday, January 9, 2019
eCourts 2018 Conference Session Videos Now Available
Roosevelt Sawyer, Chief Information Officer, Florida Office of the State Courts Administrator |
The video recordings for the great eCourts 2018 conference are now available for streaming here.
We are very pleased to be able to share the following list of excellent sessions below.
Wednesday, September 12, 2018
Leveraging the Court Component Model to Connect Business and Technology
Our friends with the IJIS Institute
Courts Advisory Committee have developed a web-based tool to help court
practitioners find information about technology vendors and products that align
with the Court
Component Model. Jenny Bunch of
ImageSoft shared the following write-up on behalf of the IJIS Courts Advisory
Committee . . .
Thursday, July 12, 2018
Changing Frameworks – The Court Component Model and Agile Approaches
Graphic courtesy of Oriental Journal of Computer Science and Technology article "Component
Based Software Development Life Cycle Models: A Comparative Review" published 30-Jun-2017.
|
NCSC's very own Barb Holmes shares the following on her experiences working in the Pennsylvania Courts and how they combined a component-based approach with agile methods to tackle complex business problems and ever-changing requirements.
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Friday, June 29, 2018
Court Component Model - A Modular Approach to Court Applications
You've likely already heard about the Court Component Model (CCM). If not, please take a look at this JTC Resource Bulletin. It provides a great introduction to the model.
The Court Component Model has garnered much attention in recent months from courts and solution providers alike. It provides a relatively simple way of looking at logical groupings of functional capabilities specific to a court business function. Each grouping of capabilities can be implemented as a component that operates independently of other components but integrates with them via well-defined, standards-based interfaces.
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