Bringing you our expertise and experience.
The white papers published here present real-life projects and case studies involving Modelio, introducing you to some of the main features of Modelio and helping you get the most out of this powerful and versatile tool. Each white paper can be read separately.
New white papers will be added on this page, so make sure you come back regularly.
World Wide Modeling: The agility of the web applied to model repositories
In today’s era of data sharing, immediate communication and world-wide distribution of participants, at a time when teams are asked to be ever more agile, the traditional approach of model repositories no longer meets expectations. Centralized organization has become inconsistent with the way in which the world and its companies function.
In today’s world, it is virtually impossible to set up a model repository for different enterprise entities, large-scale systems or projects, which can be accessed by all participants (readers, contributors, partners, and so on). Standard techniques based on a centralized repository with a designated manager come up against a vast variety of situations, with participants who neither want nor are able to conform to uniform rules and management.
This paper presents the latest technologies (the Constellation technology) that allow supporting highly decentralized organizations, and agile and open team cooperation. Scaling up and widening the scope of model repositories will enable modeling support to be applied to the "extended enterprise", which incorporates its eco-system (providers, partners, and so on).
Improving existing Java code with a UML modeling environment
The title of this white paper can appear somewhat surprising. How can a UML modeling environment be beneficial to an existing application where no prior model exists?
We already know that modeling environments can generate Java code from a UML model. We have already published an article showing that a model-driven approach can bring significant gains in productivity and quality, through the use of mature modeling tools providing high-performance code/model consistency management services (see "Improve your Java development efficiency with Modelio and UML"). This approach requires that models be designed and built first, before embarking upon Java programming.
And yet a new generation of tool is now freeing developers from this "constraint" (which is how it is seen by many Java developers). It is no longer necessary to first design and build a model, in order to take advantage of the productivity and quality gains that a modeling environment can bring.
Case study: Achieving better software quality and 30% productivity gains using model-based development
The strategic importance of productivity, quality and rapid time to market drive all companies providing information systems to seek innovative solutions in order to optimize production. With this objective in mind, DCNS has developed an internal information system development process that combines a component-oriented approach with the implementation of the UML and MDA technologies using Modelio, and the use of aspect-oriented development environments (AOP). Productivity gains of 30% are expected on very large systems with strong quality constraints.
Improve your Java development efficiency with Modelio and UML
Despite the advantages of modeling an application before coding it, most Java developers are not using modeling tool for their developments. Modeling allows them to define the architecture and its evolution, and also communicate this information efficiently to others in the development team. The problem is that once developers begin coding, ad-hoc changes to the code are not reflected in the model, and the model gradually loses sync with the code and becomes useless. This white paper will walk through typical Java modeling use cases and describe how Modelio can be used to model Java architecture. It will demonstrate one of Modelio's most useful features: its ability to automatically maintain consistency between the code and the model, so that any changes made to the code will automatically update the model and vice-versa.
Organizing a large model-driven software development project - Case study
Activities such as configuration and version management, integration, validation and team organization and cooperation are all too often neglected by development teams, but remain crucial if a project is to succeed. This white paper is a reminder that numerous tools exist to help assist and automate these activities, notably in the world of open-source applications. An example illustrates how these tools can be used in conjunction with a modeling tool (Modelio), in order to obtain successful model-driven development.
Systems Engineering using Modelio: INCOSE 2012 Symposium's TVC case study
This white paper describes Modelio's capabilities for carrying out Systems Engineering using SysML.
The case study illustrated in the white paper represents a Modelio based solution that responds to the International Council on Systems Engineering (INCOSE) 2012 Symposium's Tool Vendor Challenge (TVC). The idea behind the TVC is to enable the symposium participants to evaluate system engineering tool vendor products against a common problem statement.
The 2012 Tool Vendor Challenge was related to specification of a national emergency response system for handling forest fires/wildfires, as stated at the INCOSE Website.
The Advantages of Combining the ArchiMate®, UML®, and BPMN™ Modeling Standards – Opengroup presentation, dec 2016
The ArchiMate 3.0 Specification defines a mature modeling language dedicated to Enterprise Architecture. UML and BPMN are widely used modeling languages that complement the ArchiMate language in several areas. Combining them provides a broader modeling capacity, an ability to provide more details, a global traceability, and impact analysis support.
This presentation shows how Enterprise Architects can benefit from combining standards. It gives examples of models and demonstrates the added value that can be achieved by combining these modeling languages.