Review of digital twin applications in manufacturing

Digital Twin for maintenance: A literature review

Digital Twin Models in Industrial Operations: A Systematic Literature Review

For the last few decades more than twenty standardized usability questionnaires for evaluating software systems have been proposed. These instruments have been widely used in the assessment of usability of user interfaces. They have their own characteristics, can be generic or address specific kinds of systems and can be composed of one or several items. Some comparison or comparative studies were also conducted to identify the best one in different situations. All these issues should be considered while choosing a questionnaire. In this paper, we present an extensive review of these questionnaires considering their key features, some classifications and main comparison studies already performed. Moreover, we present the result of a detailed analysis of all items being evaluated in each questionnaire to indicate those that can identify users’ perceptions about specific usability problems. This analysis was performed by confronting each questionnaire item (around 475 items) with usability criteria proposed by quality standards (ISO 9421-11 and ISO/WD 9241-112) and classical quality ergonomic criteria.

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Standardized Usability Questionnaires: Features and Quality Focus

https://hal.archives-ouvertes.fr/hal-02009635/document

Towards improving the future of manufacturing through digital twin and augmented reality technologies

Usability evaluation for interactive systems is one of the greatest interests for the Human–Computer Interaction community. To support this evaluation, several subjective and objective methods have been proposed and applied in academy and industry. In this context, usability evaluators usually work with a lot of and different kinds of data (e.g., ordinal values from questionnaires and performance rates) generated from different methods and tools and related to different usability criteria. In this article, we propose to integrate these data in a single way to better support the quality evaluators’ decision-making for traffic supervision systems domain. We apply the measurement information model defined by IEC/IEC 15939 with the use of indicators in an interactive system evaluation environment. Four indicators are presented from their specifications to their application in the evaluation of a system from a company. These indicators integrate evaluation results from usability questionnaires, an auto...

Integration of Subjective and Objective Usability Evaluation Based on IEC/IEC 15939: A Case Study for Traffic Supervision Systems

This paper is related to the Human-Computer Interaction (HCI) field and more specifically to the interactive system quality evaluation using a subjective method known by the questionnaire. Efforts and research have been performed to enhance subjective usability evaluation of Human - Computer interface of interactive systems by deploying various methods and techniques. The main contribution of this paper is the development of a subjective assessment tool to help designers measure the quality of evaluated interface. This article presents a new tool for generating a web questionnaire in order to collect the individuals' attitudes and feelings toward an interactive system. It is developed to facilitate the presentation and usage of questionnaires designated for the evaluation of interactive systems. The developed questionnaire tool is validated by the evaluation of traffic supervision system in Valenciennes (France) as a part of CISIT-ISART project.

A web questionnaire generating tool to aid for interactive systems quality subjective assessment

Vehicle communications are becoming increasingly popular, propelled by navigation safety requirements and by the investments of car manufacturers and Public Transport Authorities. Efforts and research have been performed to secure VANET communications. However, most of the solutions are based on cryptographic computation which is considerably slower and consumes extra energy and may also not satisfy the real-time requirement, without introducing trust in VANET. This gives rise to the need for new solutions aiming at network protection. This article presents a new architecture based on the verification of the alert message content and its semantics by deploying a new reputation system. For this aim, we included a new scheme of valorizing trust for each vehicle into the cryptographic algorithm based on PKI method. A part of simulation was done with the AVISPA web tool.

Ahlem Assila

Papers

Standardized Usability Questionnaires: Features and Quality Focus

Towards improving the future of manufacturing through digital twin and augmented reality technologies

Integration of Subjective and Objective Usability Evaluation Based on IEC/IEC 15939: A Case Study for Traffic Supervision Systems

A web questionnaire generating tool to aid for interactive systems quality subjective assessment

Secure architecture dedicated for VANET alarm messages authentication through semantic verification