Abstract
The development of diagnostic tools has caused a rapid increase in the amount of information generated and presented, necessitating the use of computer displays as an interface to data presentation and the use of modern diagnostic tools. The paper presents methods for testing usability that can be used in designing and improving the quality of interfaces of modern diagnostic tools that use communication through graphical user interfaces.
Highlights
Industrial devices are becoming more and more complex, require more and more complex procedures and at the same time expected to be more and more reliable in their operation.17th International Conference Diagnostics of Machines and Vehicles measurement data
That is why the quality of the presentation of diagnostic devices on displays is such a critical factor. Their similarity to the screens of computer applications allows the adaptation of techniques known from usability in computers for the analysis, evaluation and evaluation of the quality of diagnostic device interfaces
The development of diagnostic tools has caused a rapid increase in the amount of information generated and presented, necessitating the use of computer displays as an interface to data presentation and the use of modern diagnostic tools
Summary
Industrial devices are becoming more and more complex, require more and more complex procedures and at the same time expected to be more and more reliable in their operation. 17th International Conference Diagnostics of Machines and Vehicles measurement data Their acquisition, processing and interpretation would not be possible without the use of modern technologies, especially computers. Techniques and usability testing (Usability) are used for testing the usable quality of web services and applications Many of their methods have been developed. That there are elements that may disturb in comfortable use of graphical interfaces They may be for instance too many moving elements, overspecification or wrong, not expected, misleading answers form automated system [6, 17, 24]. Emotion-centered techniques, like Kansei engineering may be helpful in delivering high quality, intuitive solutions [7] Such approach is necessary in research on barriers in the use of all digital products, including diagnostic tools. The results of this analysis can be helpful as a reference point in later stages of product preparation and creation, especially if they are updated on a regular basis in the meantime
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