An Interactive Process Meta Model for Runtime User Interface Generation and Adaptation

A Concerted Model-driven and Pattern-based Framework for Developing User Interfaces of Interactive Ubiquitous Applications

Modeling and building interactive user interfaces (UI) typically requires the skills of software developers and HCI experts who cooperate with platform and marketing experts in order to arrive at solutions with the required software quality, usability, and user experience. The combination of model-driven user interface development practices with pattern-based approaches that specify HCIand soft...

A model-based approach for mixed-initiative context-aware adaptation of graphical user interface

Context-aware adaptation is the key to the success of a user interaction and a support for usability. This fact is recognized and empiricially assessed by the HCI community. A significant amount of research has been conducted to design and develop context-aware adaptation in interactive applications in order to streamline the user interface development lifecycle. It has to be noted that adaptat...

Context-Awareness Meta-model for User Interface Runtime Adaptation

Preventing Key Performance Indicators Violations Based on Proactive Runtime Adaptation in Service Oriented Environment

Key Performance Indicator (KPI) is a type of performance measurement that evaluates the success of an organization or a partial activity in which it engages. If during the running process instance the monitoring results show that the KPIs do not reach their target values, then the influential factors should be identified, and the appropriate adaptation strategies should be performed to prevent ...

Using Interpreted Runtime Models for Devising Adaptive User Interfaces of Enterprise Applications

Although proposed to accommodate new technologies and the continuous evolution of business processes and business rules, current model-driven approaches do not meet the flexibility and dynamic needs of feature-rich enterprise applications. This paper illustrates the use of interpreted runtime models instead of static models or generative runtime models, i.e. those that depend on code generation...