SleeD

Zadow, Ulrich von; Büschel, Wolfgang; Langner, Ricardo; Dachselt, Raimund

doi:10.1145/2669485.2669507

Cited by 45 publications

(10 citation statements)

References 37 publications

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“…In a conventional wristwatch-type device, the display area is limited and fixed, namely the watch face. Flexible and curved display devices [30,33] expand display area from a portion on the wrist to whole circumference of the forearm [6,39,42]. Snaplet [39] is a sensoraugmented flexible display device that can detect the shape of the display, e.g., convex and flat, and offers different interactions depending on the shape.…”

Section: Interaction On the Arm And Handmentioning

confidence: 99%

“…Snaplet [39] is a sensoraugmented flexible display device that can detect the shape of the display, e.g., convex and flat, and offers different interactions depending on the shape. SleeD [42] is a touch-sensitive sleeve display that facilitates explicit interaction with a wall-type display. DisplaySkin [6] is a whole-wrist circumference display that is flexible [30], and aims at realize implicit interactions with the user by adjusting the position and the orientation of displayed information to the forearm posture relative to the shoulder.…”

Section: Interaction On the Arm And Handmentioning

confidence: 99%

“…However, these vibrations nonetheless distract the user from ongoing tasks because he/she needs to turn the watch display to his/her face to obtain information details. To overcome this limitation, flexible and curved displays have been drawing attention for using with wrist-worn devices [6,30,33,39,42]. Such devices expand the display area from a portion on the wrist, like watch face, to the whole wrist circumference.…”

Section: Introductionmentioning

confidence: 99%

See 2 more Smart Citations

Visible Position Estimation in Whole Wrist Circumference Device towards Forearm Pose-aware Display

Tanida¹,

Fujinami²

2018

EAI Endorsed Transactions on Context-aware Systems and Applicat

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Smart watches allow instant access to information; however, the visual notification is not always reachable depending on the forearm posture. Flexible and curved display technologies can enable full-wrist circumference displays that show information at the most visible positions using pose awareness. A prototype device is implemented with 10 LEDs and 10 accelerometers around the wrist. The most visible LED is estimated using a machine learning technique. The main idea is to utilize direct relationship between the raw acceleration signals and the position of the most visible LED, rather than assigning the position by particular classes of activities or forward-kinematic model-based estimation. Also, sensor reduction is attempted by introducing new features. A user study showed that the system allowed 89.9 % of the system's judgment to fit with the gap of 1 LED (18 mm) from the user's expectations. The rotation-sensitive features proved to be informative, and a single sensor placed on the inside of the wrist achieved a performance level on par (F-measure 0.681) with the performance when all (10) sensors are used.

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Section: Interaction On the Arm And Handmentioning

confidence: 99%

Section: Interaction On the Arm And Handmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

See 1 more Smart Citation

Visible Position Estimation in Whole Wrist Circumference Device towards Forearm Pose-aware Display

Tanida¹,

Fujinami²

2018

EAI Endorsed Transactions on Context-aware Systems and Applicat

View full text Add to dashboard Cite

show abstract

“…This can be used to select and navigate con- tent at different scales [PNB09] or transfer and arrange information and data objects from a distance [CNS * 14, LvZH * 16]. User interface items on the mobile device may further be used to manipulate content and set parameters [vZBLD14]. These elements can be sketched [TBJ15] or applied as tangible objects [JDF12] that even allow eyes-free control of the view on the wall-sized display.…”

Section: Mobile Devices and Spatial Interactionmentioning

confidence: 99%

GraSp: Combining Spatially‐aware Mobile Devices and a Display Wall for Graph Visualization and Interaction

Kister

Klamka

Tominski

et al. 2017

Computer Graphics Forum

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Going beyond established desktop interfaces, researchers have begun re‐thinking visualization approaches to make use of alternative display environments and more natural interaction modalities. In this paper, we investigate how spatially‐aware mobile displays and a large display wall can be coupled to support graph visualization and interaction. For that purpose, we distribute typical visualization views of classic node‐link and matrix representations between displays. The focus of our work lies in novel interaction techniques that enable users to work with personal mobile devices in combination with the wall. We devised and implemented a comprehensive interaction repertoire that supports basic and advanced graph exploration and manipulation tasks, including selection, details‐on‐demand, focus transitions, interactive lenses, and data editing. A qualitative study has been conducted to identify strengths and weaknesses of our techniques. Feedback showed that combining mobile devices and a wall‐sized display is useful for diverse graph‐related tasks. We also gained valuable insights regarding the distribution of visualization views and interactive tools among the combined displays.

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“…Jarusriboonchai et al [16] have demonstrated a social use case, where a neck-worn information display is aimed to facilitate co-located social interaction. Von Zadow et al [31] have demonstrated a sleeve with a display. Moreover, Schneegass et al [27] have presented a design space for onbody displays, and also an ambient communication display on a bracelet has been suggested [29].…”

Section: Related Work Locating Interaction Devices On Body and Accessmentioning

confidence: 99%

Exploring smart handbag concepts through co-design

Pakanen

Lappalainen

Roinesalo

et al. 2016

Proceedings of the 15th International Conference on Mobile and Ubiquitous Multimedia

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As technology matures and its possibilities get more and more varied, there is also more room for thinking the user experience (UX) design, industrial design, and aesthetics of the computing form factors. The holistic user experience consists of a utilitarian and hedonic side [13]. While technology can respond to the call for pragmatic solutions for fulfilling different utilitarian user needs, UX design needs to focus also on hedonic aspects such as visual appearance, comfort of materials, or social function and engagement with the product. According to the principles of user centric design (UCD), it is important to gather background knowledge from the users when designing new technologies or novel applications in order to create end-products, which as both usable, acceptable, and desirable.In this paper, we report our work on a user centric approach on smart handbag design. We consider handbag as a potential novel form factor for mobile computing devices due its commonness in everyday life, its shape and size that allow easy technology integration, and its general wearability. Handbags are commonplace objects, which roughly half of the adult population, i.e. females, carry. Until now, handbags have been completely free from any interactive technology. In the following, we look at the possibilities for smart handbag design through a co-design approach. We introduce the findings of two studies, where feedback on the topic was gathered through different UCD and co-design methods, see Figure 1. ABSTRACTIn this paper, we explore design preferences and possibilities for smart handbags from the user perspective. We present designs and findings derived through a co-design process, which consisted of two studies; first with individual drawing based brainstorming (n=20), and second with two co-design workshops (n=10), where participants assessed different designs and features, and created low-fi prototypes of smart handbag concepts. Participants proposed large shape and style variations for smart handbags, according to the intended contexts, use cases, and lifestyle. In this respect the desire for modifiability, e.g. adapting in size and shape, was highlighted. The handbag's durability, weatherproofness and use of high quality materials were also raised.

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SleeD

Cited by 45 publications

References 37 publications

Visible Position Estimation in Whole Wrist Circumference Device towards Forearm Pose-aware Display

Visible Position Estimation in Whole Wrist Circumference Device towards Forearm Pose-aware Display

GraSp: Combining Spatially‐aware Mobile Devices and a Display Wall for Graph Visualization and Interaction

Exploring smart handbag concepts through co-design

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