Papers by Abayomi ipadeola
Polymorphic Logical Description for Automatic Generation of User Centric, Multi-Device Interfaces
2008 Third International Conference on Pervasive Computing and Applications, 2008
... In [19], a model based tool named ConcurTaskTrees (CTTE) was implemented for developing and a... more ... In [19], a model based tool named ConcurTaskTrees (CTTE) was implemented for developing and analyzing task models. ... Final User Centric Interface Generation ... specified by the designer or received from the end-user through an explicit preference page accessible on user ...
A dissertation submitted in fulfillment of the requirements for the degree of Masters of Science ... more A dissertation submitted in fulfillment of the requirements for the degree of Masters of Science in Computer Science Department of Computer Science, Faculty of Science and Agriculture, University of Zululand, 2008.
CAMDIT: A Toolkit for Integrating Heterogeneous Data for Enhanced Service Provisioning
2014 IEEE International Symposium on Software Reliability Engineering Workshops, 2014
A System for Dynamically Generating User Centric Interfaces for Mobile Applications and Services
Device heterogeneity, diversity in user preferences and uncertainty of a steady network bandwidth... more Device heterogeneity, diversity in user preferences and uncertainty of a steady network bandwidth allocation are challenges, which must be squarely addressed to achieve effective information communication in a mobile computing environment. Browser-based user interface adaptation has been widely adopted as a feasible solution to these challenges. Moreover, with the introduction of J2ME platform, some inherent challenges of the browser-based environment for information communication have been surmounted. This paper describes a system for generating user centric interfaces for mobile applications and services. A user centric interface considers the needs and the preferences of the user. We regard a user interface component as an artifact and user interface generation involves dynamic selection of suitable artifacts based on real-time preferences of the user. The system has proved to be efficient for an on-demand generation of user centric interfaces and it provides support for direct user participation during interface generation. Apart from generating user centric interfaces, the system achieves a high degree of dynamism, flexibility and supports design time testing and evaluation of the generated interfaces.
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Papers by Abayomi ipadeola