Development of Usability Heuristics. Case Study: Grid Computing Applications
Journal Title: Romanian Journal of Human - Computer Interaction - Year 2011, Vol 4, Issue 3
Abstract
The usability of applications based on new technologies brings new challenges. There is a need for new usability evaluation methods or (at least) traditional methods should be adapted to the new environments/requirements. Heuristic evaluation is a well known and widely used usability inspection method. Specific usability heuristics, suitable for specific applications, were proposed by many authors; however, the heuristics development process is poorly documented. The paper proposes a methodology to develop new usability heuristics. The methodology is applied in order to develop usability heuristics for Grid Computing applications.
Authors and Affiliations
Cristian Rusu , Dorian Gorgan , Silvana Roncagliolo , Virginica Rusu
MOM – software instrument for the analysis of graphical user interface accessibility. Functionality and case studies.
The graphical user’s interfaces accessibility is a key condition for visual disabled peoples to use the computer applications. This paper presents the MOM (Meaningful Object Manager) software tool for accessibility analy...
A Framework for Assessing Online Presence in Social Media
This paper intends to provide a set of criteria for analyzing various social media platforms against their potential for supporting users in building their online presence. The four basic elements included in this frame...
Methodology for Identification and Evaluation of Web Application Performance Oriented Usability Issues
This paper aims to illustrate a methodology for identifying and assessing a set of performance issues encountered in a particular web application, with impact on the usability level. Throughout this methodology, several...
Depth Perception Evaluation of 3D Virtual Prototypes Using Imersive CAVE Systems
In this paper an experimental study that aimed depth perception of virtual prototypes in an immersive environment compared with the depth perception of virtual prototypes using 2D LCD monitor is presented. The experiment...
Sustaining Designers' and Users' Quality of Life in the Paradigm of Plastic UIs
Modern User Interfaces need to dynamically adapt to their context of use, i.e. mainly to the changes that occur in the environment or in the platform. Model-Driven Engineering offers powerful solutions to handle the desi...