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    A comparison of accessibility assessment tools in the inspection of an informative government website on the situational status of COVID-19
    (AHFE International, 2022-01-01)
    Accessibility is considered a highly relevant quality aspect of software products. However, few websites are designed considering minimum standards that make applications accessible to all people regardless of their capabilities and abilities. Considering that there is a representative percentage of people who experience some form of disability, it is a requirement that government websites that provide information to their citizens meet an appropriate level of compliance. In this study, we report the results obtained from using three accessibility evaluation tools to examine an informative Peruvian government website on the situational status of COVID-19. In addition, the results were compared to determine the differences between the tools. Despite covering the same WCAG standard, the findings demonstrate that the tools evaluate different aspects. Likewise, despite being a government site and being required to comply with a minimum standard of accessibility, the evaluated website lacks some attributes to be accessed by any citizen.
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    Usage of Generative Artificial Intelligence for the Design of Graphic User Interfaces: Initial Approaches
    (Springer Science and Business Media Deutschland GmbH, 2025-01-01)
    The use of generative artificial intelligence has been increasing in recent times. This technology is used to create different types of content from multiple sources of information. The content that generative AI provides to its users can be highly reliable if trained with real data and verified sources. The area of Computer Science is no exception, and there are some approaches to using generative artificial intelligence as a support tool in several phases of the software construction process. This research study discusses how generative artificial intelligence can be used within the User-Centered Design process to develop graphical interfaces. In this study, we present a set of available tools that can be used for the phases: (1) analysis of the context of use, (2) definition of requirements, and (3) elaboration of solution proposals in a software development scenario. Likewise, we present some examples of applying the identified tools developed in the academic field. Through the results, we show what the technology is capable of and offer academia a space to analyze the possibilities for the future. The discussions and conclusions are presented, as well as the possible works derived from this first approach to applying artificial intelligence in the design of graphical software interfaces.
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