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检索条件"任意字段=Proceedings of the ACM Symposium on User Interface Software and Technology"

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Pressages: Augmenting Phone Calls with Non-Verbal Messages 12

Pressages: Augmenting Phone Calls with Non-Verbal Messages

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Annual acmsymposium on user interface software and technology

作者： Eve Hoggan Craig Stewart Laura Haverinen Giulio Jacucci Vuokko Lantz Helsinki Institute for Information Technology (HUT) Department of Computer ScienceUniversity of Helsinki Finland Nokia Research Center Helsinki Finland

ISBN: (纸本)9781450315814

ForcePhone is a mobile synchronous haptic communication system. During phone calls, users can squeeze the side of the device and the pressure level is mapped to vibrations on the recipient's device. The pressure/vibrotactile messages supported by ForcePhone are called pressages. Using a lab-based study and a small field study, this paper addresses the following questions: how can haptic interpersonal communication be integrated into a standard mobile device? What is the most appropriate feedback design for pressages? What types of non-verbal cues can be represented by pressages? Do users make use of pressages during their conversations? The results of this research indicate that such a system has value as a communication channel in real-world settings with users expressing greetings, presence and emotions through pressages.

关键词： Pressure input haptic feedback mobile interpersonal communication squeeze interaction Telephone Consumers Communication channels Messages gag press straightening Emotions Vibration Personal Communication

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Move2Play: An innovative approach to encouraging people to be more physically active 12

Move2Play: An innovative approach to encouraging people to b...

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2nd acm SIGHIT International Health Informatics symposium, IHI'12

作者： Bielik, Pavol Tomlein, Michal Krátky, Peter Mitrík, Štefan Barla, Michal Bieliková, Mária Institute of Informatics and Software Engineering Faculty of Informatics and Information Technologies Slovak University of Technology in Bratislava Ilkovičova 3 842 16 Bratislava Slovakia

ISBN: (纸本)9781450307819

Throughout the last decade, there has been an alarming de- crease in daily physical activity among both children and adults. Medical experts agree that physical activity is crit- ical to maintaining fitness, reducing weight and improving health. Yet so many people have dificulty increasing and maintaining physical activity in everyday life. We have cre- ated a solution calledMove2Play, which encourages a health- ier lifestyle and motivates to participate in regular physical activity. We have integrated four essential parts that form the basis for long-term progress and sustainability - Activity Recommendation, Tracking, Evaluation and Motivation. In order to recognize and assess physical activity, we have developed a system for mobile phones that collects data from various sensors, such as accelerometer, GPS and GSM. We provide personalization, i.e. we have proposed and realized activity recommendation for an individual user to ensure that the users engage in regular exercise, as opposed to oc- casional outbursts of activity, which are unhealthy and even harmful. We discuss our proposed mechanisms of activity recommendation and the concept of motivation, which rep- resent a key element for any system that fights the sedentary lifestyle of the modern generation. Copyright © 2012 acm.

关键词： Motivation

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Empirical study of a vision-based depth-sensitive human-computer interaction system

Empirical study of a vision-based depth-sensitive human-comp...

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10th Asia-Pacific Conference on Computer-Human Interaction, APCHI 2012

作者： Farhadi-Niaki, Farzin GhasemAghaei, Reza Arya, Ali School of Electrical Engineering and Computer Science University of Ottawa Ottawa Canada School of Computer Science Carleton University Ottawa Canada School of Information Technology Carleton University Ottawa Canada

ISBN: (纸本)9781450314961

This paper proposes the results of a user study on vision-based depth-sensitive input system for performing typical desktop tasks through arm gestures. We have developed a vision-based HCI prototype to be used for our comprehensive usability study. Using the Kinect 3D camera and OpenNI software library we implemented our system with high stability and efficiency by decreasing the ambient disturbing factors such as noise or light condition dependency. In our prototype, we designed a capable algorithm using NITE toolkit to recognize arm gestures. Finally, through a comprehensive user experiment we compared our natural arm gestures to the conventional input devices (mouse/keyboard), for simple and complicated tasks, and in two different situations (small and big-screen displays) for precision, efficiency, ease-of-use, pleasantness, fatigue, naturalness, and overall satisfaction to verify the following hypothesis: on a WIMP user interface, the gesture-based input is superior to mouse/keyboard when using big-screen. Our empirical investigation also proves that gestures are more natural and pleasant to be used than mouse/keyboard. However, arm gestures can cause more fatigue than mouse. Copyright 2012 acm.

关键词： Human computer interaction

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High-Performance Pen + Touch Modality Interactions: A Real-Time Strategy Game eSports Context 12

High-Performance Pen + Touch Modality Interactions: A Real-T...

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Annual acmsymposium on user interface software and technology

作者： William Hamilton Andruid Kerne Thomas Robbins Interface Ecology Lab | Department of Computer Science & Engineering Texas A&M University

ISBN: (纸本)9781450315814

We used the situated context of real-time strategy (RTS) games to address the design and evaluation of new pen + touch interaction techniques. RTS play is a popular genre of Electronic Sports (eSports). games played and spectated at an extremely high level. Interaction techniques are critical for eS-ports players, because they so directly impact performance. Through this process, new techniques and implications for pen + touch and bi-manual interaction emerged. We enhance non-dominant hand (NDH) interaction with edge-constrained affordances, anchored to physical features of interactive surfaces, effectively increasing target width. We develop bi-manual overloading, an approach to reduce the total number of occurrences of NDH retargeting. The novel isosceles lasso select technique facilitates selection of complex object subsets. Pen-in-hand interaction, dominant hand touch interaction performed with the pen stowed in the palm, also emerged as an efficient and expressive interaction paradigm.

关键词： bi-manual interaction game design eSports pen IMPACT PROPERTIES Touch Game theory

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PICL: Portable In-Circuit Learner 12

PICL: Portable In-Circuit Learner

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Annual acmsymposium on user interface software and technology

作者： Adam Fourney Michael Terry Cheriton School of Computer Science University of Waterloo

ISBN: (纸本)9781450315814

This paper introduces the PICL, the portable in-circuit learner. The PICL explores the possibility of providing standalone, low-cost, programming-by-demonstration machine learning capabilities to circuit prototyping. To train the PICL, users attach a sensor to the PICL, demonstrate example input, then specify the desired output (expressed as a voltage) for the given input. The current version of the PICL provides two learning modes, binary classification and linear regression. To streamline training and also make it possible to train on highly transient signals (such as those produced by a camera flash or a hand clap), the PICL includes a number of input inferencing techniques. These techniques make it possible for the PICL to learn with as few as one example. The PICL's behavioural repertoire can be expanded by means of various output adapters, which serve to transform the output in useful ways when prototyping. Collectively, the PICL's capabilities allow users of systems such as the Arduino or littleBits electronics kit to quickly add basic sensor-based behaviour, with little or no programming required.

关键词： Toolkits Machine Learning Circuits Tangible user interfaces Electric circuits tool cases Artificial Intelligence Machine Learning Camera flashes desired output Consumers TRAIN Gonorrhea PROTOTYPE

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Cliplets: Juxtaposing Still and Dynamic Imagery 12

Cliplets: Juxtaposing Still and Dynamic Imagery

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Annual acmsymposium on user interface software and technology

作者： Neel Joshi Sisil Mehta Steven Drucker Eric Stollnitz Hugues Hoppe Matt Uyttendaele Michael Cohen Microsoft Research Redmond WA 98052 USA Microsoft Research Redmond WA 98052 USAGeorgia Institute of Technology Atlanta GA 30318 USA

ISBN: (纸本)9781450315814

We explore creating "cliplets", a form of visual media that juxtaposes still image and video segments, both spatially and temporally, to expressively abstract a moment. Much as in "cinemagraphs", the tension between static and dynamic elements in a cliplet reinforces both aspects, strongly focusing the viewer's attention. Creating this type of imagery is challenging without professional tools and training. We develop a set of idioms, essentially spatiotemporal mappings, that characterize cliplet elements, and use these idioms in an interactive system to quickly compose a cliplet from ordinary handheld video. One difficulty is to avoid artifacts in the cliplet composition without resorting to extensive manual input. We address this with automatic alignment, looping optimization and feathering, simultaneous matting and compositing, and Laplacian blending. A key user-interface challenge is to provide affordances to define the parameters of the mappings from input time to output time while maintaining a focus on the cliplet being created. We demonstrate the creation of a variety of cliplet types. We also report on informal feedback as well as a more structured survey of users.

关键词： Image and video editing image and video compositing cinemagraphs video textures images Imagery (Psychotherapy) audiovisual media Still images MAPPING(MATHEMATICAL) interactive systems Laplacian operator STILL tension dynamic element Videotapes automatic calibration user interface Device Component Composites

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Proton++: A Customizable Declarative Multitouch Framework 12

Proton++: A Customizable Declarative Multitouch Framework

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Annual acmsymposium on user interface software and technology

作者： Kenrick Kin Bjoern Hartmann Tony DeRose Maneesh Agrawala University of California BerkeleyPixar Animation Studios University of California Berkeley Pixar Animation Studios

ISBN: (纸本)9781450315814

Proton++ is a declarative multitouch framework that allows developers to describe multitouch gestures as regular expressions of touch event symbols. It builds on the Proton framework by allowing developers to incorporate custom touch attributes directly into the gesture description. These custom attributes increase the expressivity of the gestures, while preserving the benefits of Proton: automatic gesture matching, static analysis of conflict detection, and graphical gesture creation. We demonstrate Prolon++'s flexibility with several examples: a direction attribute for describing trajectory, a pinch attribute for detecting when touches move towards one another, a touch area attribute for simulating pressure, an orientation attribute for selecting menu items, and a screen location attribute for simulating hand ID. We also use screen location to simulate user ID and enable simultaneous recognition of gestures by multiple users. In addition, we show how to incorporate timing into Proton++ gestures by reporting touch events at a regular time interval. Finally, we present a user study that suggests that users are roughly four times faster at interpreting gestures written using Proton++ than those written in procedural event-handling code commonly used today.

关键词： Proton++ custom attributes touch events symbols regular expressions gesture tablature hydrogen ions Gestures Regular expression Touch user id simulating conflict detection Consumers

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Capacitive Fingerprinting: Exploring user Differentiation by Sensing Electrical Properties of the Human Body 12

Capacitive Fingerprinting: Exploring User Differentiation by...

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Annual acmsymposium on user interface software and technology

作者： Chris Harrison Munehiko Sato Ivan Poupyrev Disney Research Pittsburgh 4720 Forbes AvenuePittsburgh PA 15213 USACarnegie Mellon University5000 Forbes AvenuePittsburgh PA 15213 USA Disney Research Pittsburgh 4720 Forbes AvenuePittsburgh PA 15213 USAGraduate School of Engineering The University of TokyoHongo 7-3-1 Tokyo 113 Japan Disney Research Pittsburgh 4720 Forbes AvenuePittsburgh PA 15213 USA

ISBN: (纸本)9781450315814

At present, touchscreens can differentiate multiple points of contact, but not who is touching the device. In this work, we consider how the electrical properties of humans and their attire can be used to support user differentiation on touchscreens. We propOse a novel sensing approach based on Swept Frequency Capacitive Sensing, which measures the impedance of a user to the environment (i.e., ground) across a range of AC frequencies. Different people have different bone densities and muscle mass, wear different footwear, and so on. This, in turn, yields different impedance profiles, which allows for touch events, including mul-titouch gestures, to be attributed to a particular user. This has many interesting implications for interactive design. We describe and evaluate our sensing approach, demonstrating that the technique has considerable promise. We also discuss limitations, how these might be overcome, and next steps.

关键词： user identification ID login collaborative multi-user interaction swept frequency capacitive sensing SFCS Touche touchscreens finger input gestures user id login Gestures Human Body IDAHO OPERATIONS OFFICE electrical properties Point contacts capacitance Bone Density interactive design Apparel impedance

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Sketch-Editing Games: Human-Machine Communication,Game Theory and Applications 12

Sketch-Editing Games: Human-Machine Communication,Game Theor...

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Annual acmsymposium on user interface software and technology

作者： Andre Ribeiro Takeo Igarashi JST Erato Igarashi Design Interface Project1-28-1-7F Koishikawa JST Erato Igarashi Design Interface Project 1-28-1-7F Koishikawa

ISBN: (纸本)9781450315814

We study uncertainty in graphical-based interaction (with special attention to sketches). We argue that a comprehensive model for the problem must include the interaction participants (and their current beliefs), their possible actions and their past sketches. It's yet unclear how to frame and solve the former problem, considering all the latter elements. We suggest framing the problem as a game and solving it with a game-theoretical solution, which leads to a framework for the design of new two-way, sketch-based user interfaces. In special, we use the framework to design a game that can progressively learn visual models of objects from user sketches, and use the models in real-world interactions. Instead of an abstract visual criterion, players in this game learn models to optimize interaction (the game's duration). This two-way sketching game addresses problems essential in emerging interfaces (such as learning and how to deal with interpretation errors). We review possible applications in robotic sketch-to-command, hand gesture recognition, media authoring and visual search, and evaluate two. Evaluations demonstrate how players improve performance with repeated play, and the influence of interaction aspects on learning.

关键词： Sketch recognition Machine Learning Active Learning Game Theory Communication Cooperation Game theory Experiential Learning Game animals Communication Research Sketches Hunting Artificial Intelligence Machine Learning Players Learning comprehensive model Visual Search Frameworks user interface Device Component

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Brain Computer interface Vs Walking interface in VR: The Impact of Motor Activity on Spatial Transfer 12

Brain Computer Interface Vs Walking Interface in VR: The Imp...

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acm symposium on Virtual Reality software and technology

作者： Florian Larrue Helene Sauzeon Lioubov Aguilova Fabien Lotte Martin Hachet Bernard Nkaoua University of Bordeaux LaBRIUMR 5800 F-33400 Talence France CNRS LaBRI UMR 580033400 Talence France University of Bordeaux Victor Segalen EA 4136 Handicap & Systeme Nerveux 33076 Bordeaux Cedex France INRIA F-33400 Talence France University of Bordeaux Victor Segalen EA 4136 Handicap & Systeme Nerveux 33076 Bordeaux Cedex France INRIA F-33400 Talence FranceUniversity of Bordeaux LaBRIUMR 5800 F-33400 Talence France CNRS LaBRI UMR 580033400 Talence France

ISBN: (纸本)9781450314695

The goal of this study is to explore new navigation methods in Virtual Reality (VR) and to understand the impact of motor activity on spatial cognition, and more precisely the question of the spatial learning transfer. We present a user study comparing two interfaces with different motor activities: the first one, a walking interface (a treadmill with rotation) gives the user a high level of sensorimotor activity (especially body-based and vestibular information). The second one, a brain computer interface (BCI), enables the user to navigate in a virtual environment (VE) without any motor activity, by using brain activity only. The task consisted in learning a path in a virtual city built from a 3D model of a real city with either one of these two interfaces (named treadmill condition and BCI condition), or in the real city directly (the real condition). Then, participants had to recall spatial knowledge, according to six different tasks assessing spatial memory and transfer. We also evaluated the ergonomics of these two interfaces and the presence felt by participants. Surprisingly, contrary to expectations, our results showed similar performances whatever the spatial restitution tasks or the interfaces used, very close to that of the real condition, which tends to indicate that motor activity is not essential to learn and transfer spatial knowledge. Even if BCI seems to be less natural to use than the treadmill, our study suggests that BCI is a promising interface for studying spatial cognition.

关键词： interfaces Navigation Virtual Reality Spatial Cognition Treadmill Brain Computer interface user Study Brain-Computer interfaces Motor Activity Treadmill virtual reality navigation interface interfaces

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