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![Figure 4. Lenovo's New Flexible Phone Prototype [23].](profile/Francisco-Lacueva-2/publication/334563086/figure/fig3/AS:782354511568897@1563539259677/Lenovos-New-Flexible-Phone-Prototype-23_Q320.jpg)
![Figure 6. ViBand Prototype [4].](profile/Francisco-Lacueva-2/publication/334563086/figure/fig5/AS:782354511564801@1563539259749/ViBand-Prototype-4_Q320.jpg)
D2.2, Technology Monitoring: Report on information needed for the Industrial Challenges workers with taxonomy is part of the work in progress of “FACTorieS for WORKERS” (FACTS4WORKERS). It is the result of the execution of T2.1 in 2016. T2.1 is an activity of WP2 aiming to highlight the current state of the applicable technologies (both hardware an...
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... we do not consider ruggedness certification, main problem for being used on the industrial shop-floor is the sizes of the screens: they are too small for being used with gloves. However, patents such as the obtained by Samsung [24], which is shown in Figure 5, are very promising. This patent aims to support the interaction with the watch using a projection of the screen on the user's hand. ...
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... It is thus essential to establish means of creating taxonomies of the available technologies to be considered and to assess their readiness. In the course of the FACTS4WORKERS project [20], researchers defined a method for creating an HCI technologies taxonomy and for assessing the Technology Readiness Level (TRL) of its nodes, with minimum impact on the project's available resources: the idea is to determine technologies of interest, structuring and populating the taxonomy to then assess the TRL level of each item within the taxonomy and produce final reports. In the scenario of the possible interaction solutions introduced on the shop floor of the Industry 4.0, Meixner et al. [16] grouped relevant tasks carried out via smart devices in the categories of parameterization, control, monitoring, diagnosis and maintenance. ...
In recent years, gesture interaction gained importance in many interactive settings, such as e.g., houses, offices and hospitals. Nowdays, smartphones, tablets, laptop and desktop computers are equipped with gesture input devices, which complement more standard techniques
like pointing and typing. In general, we define an interactive gestures as a body movement that recognized through motion sensing input device
