Martin Osen

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Janet Croft

University of Northern Iowa

Rory Naismith

University of Cambridge

Arianna D'Ottone

Università degli Studi "La Sapienza" di Roma

micaela latini

University of Ferrara

Francois de Callatay

Royal Library of Belgium

Lucian Munteanu

Institute of Archaeology Iasi

Viacheslav Kuleshov

Stockholm University

Hubert Emmerig

University of Vienna

David Igual Luis

University of Castilla-La Mancha

Ivan Popov

Northern Arctic Federal University

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Papers by Martin Osen

System and method for the dynamic display of text

Handheld device for data input

Minimal Yet Integral – Designing a Gestural Interface

Lecture Notes in Computer Science, 2013

Minimalism and simplicity have become key success factors in the post-PC era. Touchscreens have s... more Minimalism and simplicity have become key success factors in the post-PC era. Touchscreens have superseded physical buttons as the dominant user interface of mobile devices. Some of the industry's most successful products tightly integrate hardware, software and services into one convenient solution. All this transformed the setting in which we are designing user experiences today. This paper describes the two-year development of a gestural user interface for a mobile app. Our design process can be broken down into five basic principles: Find a tangible metaphor, understand your hardware, care for your content, reduce it to the essence, and if you feel you can do better, iterate. Finally some yet unsolved issues are described that may impede the design of truly natural interfaces on a fundamental level.

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Haptic chameleon

Extended abstracts of the 2004 conference on Human factors and computing systems - CHI '04, 2004

In this paper, we introduce the concept of shape-changing, user interface control devices called ... more In this paper, we introduce the concept of shape-changing, user interface control devices called "Haptic Chameleon", which refers to computer-controlled user interface devices that convey information to and from the user by altering their shape and feel. The user decides what a Haptic Chameleon control will do by changing its shape, and can immediately recognize the capabilities of the newly shaped device through haptic and tactile channels. By combining the benefits of tangible and haptic user interfaces, this new user interface paradigm has the potential to vastly improve the learning and efficiency of interaction in a wide range of applications. It also represents an appealing alternative to current control devices. We report on our experience with early prototypes based on this concept, discuss open issues, and propose possible directions for future work.

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Spotlight Navigation: Interaction with a Handheld Projection Device

This paper introduces a novel interaction paradigm for handheld devices using projection technolo... more This paper introduces a novel interaction paradigm for handheld devices using projection technology that leverages real world experience by users. They can navigate naturally in unlimited virtual information spaces with simple hand gestures, similar to using a flashlight. We describe interaction techniques specifically designed for such devices that are intuitive, efficient and ‐ as informal experimentation with users has shown ‐ fun to use.

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Handheld device for data input by a user

A user interface framework for kinetic typography-enabled messaging applications

Chi 04 Extended Abstracts on Human Factors in Computing Systems, 2004

Abstract Kinetic typography has recently emerged as a technology to enhance text with speech-like... more

Haptische Bedieneinheit und haptische Bedienvorrichtung

System and method for the dynamic display of text

Handheld device for data input

Minimal Yet Integral – Designing a Gestural Interface

Lecture Notes in Computer Science, 2013

Download

Haptic chameleon

Extended abstracts of the 2004 conference on Human factors and computing systems - CHI '04, 2004

Download

Spotlight Navigation: Interaction with a Handheld Projection Device

Download

Handheld device for data input by a user

A user interface framework for kinetic typography-enabled messaging applications

Chi 04 Extended Abstracts on Human Factors in Computing Systems, 2004

Abstract Kinetic typography has recently emerged as a technology to enhance text with speech-like... more

Haptische Bedieneinheit und haptische Bedienvorrichtung

Martin Osen

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