2008-09: I was the original author of a tutorial trail on the UML^TM Parsing Analysis recipe
- as tailored to MagicDraw UML^TM - on the MagicDraw UML^TM online eSchool.

2006-01-02: Happy New Year ! I'm celebrating with my new list of Unified Modelling Language (UML)^TM tips and best practices.

2005-09-25: New UML2.0^TM Composite Structure Diagrams of rotational aperture synthesis radioastronomy with the Molonglo Observatory Synthesis Telescope (MOST), and progress towards an audible simulation of MOST using JSyn audio synthesis. This is a demanding test case for port-based system engineering with UML2.0^TM in MagicDraw UML^TM !

2005-09-22: New UML2.0^TM Composite Structure Diagrams of the data acquisition components and JSyn synthesis networks of DranceWare, with MagicDraw UML^TM. This is port-based system engineering for UML2.0^TM and Java^TM !

2005-09-14: New examples of UML engineering using "logical" components to graphically group UML model elements:

• The NetBeans IDE platform System Properties nodes plugin example in UML.
• New Java^TM Swing and Java 3D^TM visual monitors for 3D-accelerometer signals, modelled in the UML.

2005-08-18: bookings are now being received for the new webel.com.au UML^TM one-day seminars !

2005-05-25: Announcing examples of UML^TM Parsing Analysis of selected science articles from the online Wikipedia in particle physics, astronomy, and maths. These are some of the best examples of this powerful recipe yet !

I use the term UML^TM Parsing Analysis to refer to a recipe I am developing for parsing digital texts into graphical form and associating them with Unified Modelling Language (UML)^TM model elements of software components and processes. The recipe also achieves robust model management using UML model and package elements for ownership, while using logical components for convenient graphical grouping of related elements and text without disturbing the "physical" ownership structure, and for easy navigation between logical component diagrams. Here you will find an explanation of the approach, guidelines for parsing, and examples of its application.

The term "Parsing Analysis" is not a trademark, it merely refers to the particular approach I am refining through evolving guidelines. You will also find similar referred to as "analysis parsing", "parsing and analysis with UML" and such, and it is closely related to recipes for creating domain ontologies with UML or OWL. If you wish to distinguish what I present here from the work of others please refer to it as "Darren Kelly's UML^TM Parsing Analysis recipe".