Integrating Systematic Innovation, Interaction Design, Usability Evaluation and Trends of Evolution

Filippi, Stefano; Barattin, Daniela

doi:10.1007/978-1-4471-4507-3_29

Cited by 7 publications

(10 citation statements)

References 13 publications

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“…Each component consists of suggestions about the redesign activities and of the goal these activities aim to achieve. The guideline generation occurred by analyzing real redesigns [25,26], as well as by gathering information from systematic reviews on UX design and evaluation, collections of heuristics, principles, etc. [27,28].…”

Section: Ux Redesign Guidelinesmentioning

confidence: 99%

PERSEL, a Ready-to-Use PERsonality-Based User SELection Tool to Maximize User Experience Redesign Effectiveness

Filippi¹

2020

MTI

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Some literature has already demonstrated the widespread influence of human personality on product design. Nevertheless, most of the existing user experience (UX) design methods and tools do not fully exploit knowledge about user personality in selecting the best participants to maximize the effectiveness of the design efforts. This research tries to fill the gap by introducing PERSEL, the ready-to-use PERsonality-based SELector. PERSEL is a Microsoft Excel workbook, free to download, which allows expression of the objectives (needs) and assessment of the user personality; in turn, PERSEL suggests the best users to be involved in UX redesign activities and in what way, in order to get solutions answering to the needs in the best possible way. A comparison of the solutions generated by the first adoption of PERSEL in the field with those coming from the involvement of users selected without obeying any specific criterion, begins validating the research results, mainly in terms of PERSEL functioning and effectiveness.

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Section: Ux Redesign Guidelinesmentioning

confidence: 99%

PERSEL, a Ready-to-Use PERsonality-Based User SELection Tool to Maximize User Experience Redesign Effectiveness

Filippi¹

2020

MTI

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“…Table 1 shows the trend "self-government" together with a set of existing products that represent a complete evolutionary path that is related to the function "moving material". For the complete set of the current trends, please refer to Filippi and Barattin (2012).…”

Section: Trends Of Evolution In Interaction and Itrementioning

confidence: 99%

“…To formalize the trends and make them usable, a specific design method has been created, the Interaction TRends of Evolution -ITRE (Filippi & Barattin, 2012). ITRE consists of three main activities: the identification of the current degree of evolution of the product under development, the generation of customized evolutionary paths, and the definition of the design solutions.…”

Section: Trends Of Evolution In Interaction and Itrementioning

confidence: 99%

Definition and quantification of innovation in interaction

Filippi

Barattin

2015

International Journal of Design Creativity and Innovation

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A method for determining which product is more innovative than others and for determining the degree of innovation could be useful. Furthermore, such determination could focus on human-machine interaction. Based on a set of trends of evolution in interaction and on existing methods for the definition and quantification of innovation and related concepts, this research defines and quantifies innovation in interaction. This approach can help designers select the most innovative solution concepts and can help marketing experts establish their selling strategies; in addition, final users can be aided when choosing the best product to buy. This paper describes the definition of new metrics that focus on interaction in conjunction with a computational pipeline that uses these metrics to assess the presence and degree of innovation in interaction. An early validation of the results in the field is reported as well

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“…Otros enfoques han sido el desarrollo de taxonomías para facilitar la identificación y recogida de las variables asociadas a los datos de interacción de los usuarios con el software, tales como rutas de navegación y agrupación de caracteres, y determinar así el comportamiento de los usuarios durante la interacción con la interfaz (Hanna, Richards, & Jacobson, 2012). Igualmente, la utilización de la teoría inventiva para la resolución de problemas (TRIZ), que combina reglas del diseño de la interacción, métodos múltiples de evaluación de la usabilidad, recolectores de tendencias de la evolución de la interacción (Filippi & Barattin, 2013), modelos formales de tareas basados en TaMoGolog (Rukh, 2012), la teoría de la actividad (Cao, Lijue, & Shijian, 2013), y otros relacionados con la combinación de teoría del diseño y los sistemas de información en la interacción humano-computador (Spagnoletti & Tarantino, 2013).…”

Section: Introductionunclassified

Metodología de evaluación de usabilidad de interfaces humano-máquina

Cortés

Casallas

2014

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Este artículo presenta la aplicación y validación de una metodología para la evaluación de la usabilidad de interfaces humano-máquina (IHM) en sistemas de supervisión industrial. Inicialmente, se presentan los aspectos fundamentales de evaluación de usabilidad de sistemas basados en software. Luego, se describe la metodología, que utiliza un sistema de adquisición de datos para supervisión y control de procesos (SCADA), un sistema de registro de eventos (EVENT LOGGER), un programa de clasificación de eventos en criterios de usabilidad, y un sistema adaptativo de inferencia neuro-difusa (ANFIS). La metodología fue aplicada a varias interfaces de operador para la monitorización de una planta. Finalmente, para comprobar la validez de la metodología se realizó una prueba de hipótesis frente a otras dos metodologías tradicionales: inspección por el experto e indagación a los usuarios. Se determinó que la metodología propuesta tiene equivalencia con las otras dos, pero tiene la ventaja de ser completamente automatizada. Los resultados permitirán ser retomados para su aplicación generalizada en el diseño de interfaces humano-máquina en cualquier sistema tecnológico para mejorar las prestaciones de la evaluación.

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Integrating Systematic Innovation, Interaction Design, Usability Evaluation and Trends of Evolution

Cited by 7 publications

References 13 publications

PERSEL, a Ready-to-Use PERsonality-Based User SELection Tool to Maximize User Experience Redesign Effectiveness

PERSEL, a Ready-to-Use PERsonality-Based User SELection Tool to Maximize User Experience Redesign Effectiveness

Definition and quantification of innovation in interaction

Metodología de evaluación de usabilidad de interfaces humano-máquina

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