829 resultados para Pervasive games
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Developing a theoretical framework for pervasive information environments is an enormous goal. This paper aims to provide a small step towards such a goal. The following pages report on our initial investigations to devise a framework that will continue to support locative, experiential and evaluative data from ‘user feedback’ in an increasingly pervasive information environment. We loosely attempt to outline this framework by developing a methodology capable of moving from rapid-deployment of software and hardware technologies, towards a goal of realistic immersive experience of pervasive information. We propose various technical solutions and address a range of problems such as; information capture through a novel model of sensing, processing, visualization and cognition.
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Michaela Rizzolli
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Urheilutapahtumat tavoittavat miljoonia ihmisiä päivittäin ympäri maailmaa. Yritykset ovat jo pitkään olleet kiinnostuneita yhteistyöstä urheilutapahtumien kanssa. Sponsoroinnin rahavirta on jatkanut kasvua, vaikka muun mainonnan kasvu on ollut hidasta. Tapahtumasponsorointiin käytetyn rahan määrä on viime vuosina kasvanut noin viisi prosenttia vuositasolla. Tutkielman tarkoituksena oli tarkastella urheilutapahtuman verkostoa ja suhteita tapahtuman pääyhteistyökumppanien näkökulmasta. Tutkimuksen tavoite oli jaettu kahteen osa-ongelmaan: 1. Miten urheilutapahtuman pääyhteistyökumppanit kokevat oman suhteensa sponsoroitavaan kohteeseen 2. Miten urheilutapahtuman pääyhteistyökumppanit kokevat oman asemansa verkostossa Ensimmäisenä teemana tutkielmassa tarkasteltiin tapahtumasponsoroinnin tavoitteita ja kahden välisen sponsorointisuhteen toimintaa. Toisena tarkasteltiin urheilutapahtuman verkoston muodostumista, toimintaa ja suhteita. Näiden kahden teeman pohjalta rakennettiin teoreettinen viitekehys tukemaan empiirisen tutkimuksen toteuttamista. Tutkimus on luonteeltaan laadullinen tapaustutkimus, jossa aineisto kerättiin kymmeneltä Paavo Nurmi Games –urheilutapahtuman pääyhteistyökumppanitason yritykseltä. Tutkimuksessa haastateltujen yritysten edustajien haastattelun lisäksi he myös piirsivät oman hahmotelmansa PNG-verkostosta. Näiden verkostokuvien keskinäinen vertailu tuki haastatteluissa kerättyä ja litteroitua aineistoa. Empiirisen tutkimuksen tuloksissa aineistoa käsiteltiin teoreettiseen viitekehykseen perustuviin teemoihin tukeutuen. Teemojen avulla esiteltiin pääyhteistyökumppanien kokemuksia PNG-verkoston eri toimijoista, suhteista sekä tavoitteista sponsorointisuhteelle. Aineistosta havaittiin selkeitä yhtäläisyyksiä pääyhteistyökumppanien yhteistyön tavoitteissa sekä koetusta suhteesta sponsoroitavaan kohteeseen. Haastateltujen yritysten kokemukset omasta asemastaan verkostossa poikkesivat suuremmin toisistaan. Yhteistyön tavoitteet ja tausta vaikuttivat yrityksen kokemukseen verkostosta. Verkostosta tunnistettiin kuitenkin kaksi keskeisintä toimijaa erilaisista verkostokokemuksista huolimatta.
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Americans are accustomed to a wide range of data collection in their lives: census, polls, surveys, user registrations, and disclosure forms. When logging onto the Internet, users’ actions are being tracked everywhere: clicking, typing, tapping, swiping, searching, and placing orders. All of this data is stored to create data-driven profiles of each user. Social network sites, furthermore, set the voluntarily sharing of personal data as the default mode of engagement. But people’s time and energy devoted to creating this massive amount of data, on paper and online, are taken for granted. Few people would consider their time and energy spent on data production as labor. Even if some people do acknowledge their labor for data, they believe it is accessory to the activities at hand. In the face of pervasive data collection and the rising time spent on screens, why do people keep ignoring their labor for data? How has labor for data been become invisible, as something that is disregarded by many users? What does invisible labor for data imply for everyday cultural practices in the United States? Invisible Labor for Data addresses these questions. I argue that three intertwined forces contribute to framing data production as being void of labor: data production institutions throughout history, the Internet’s technological infrastructure (especially with the implementation of algorithms), and the multiplication of virtual spaces. There is a common tendency in the framework of human interactions with computers to deprive data and bodies of their materiality. My Introduction and Chapter 1 offer theoretical interventions by reinstating embodied materiality and redefining labor for data as an ongoing process. The middle Chapters present case studies explaining how labor for data is pushed to the margin of the narratives about data production. I focus on a nationwide debate in the 1960s on whether the U.S. should build a databank, contemporary Big Data practices in the data broker and the Internet industries, and the group of people who are hired to produce data for other people’s avatars in the virtual games. I conclude with a discussion on how the new development of crowdsourcing projects may usher in the new chapter in exploiting invisible and discounted labor for data.
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This article discusses the potential of audio games based on the evaluation of three projects: a story-driven audio role-playing game (RPG), an interactive audiobook with RPG elements, and a set of casual sound-based games. The potential is understood, both in popularity and playability terms. The first factor is connected to the degree of players’ interest, while the second one to the degree of their engagement in sound-based game worlds. Although presented projects are embedded within the landscape of past and contemporary audio games and gaming platforms, the authors reach into the near future, concluding with possible development directions for this non-visual interactive entertainment.
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This article introduces the genre of a digital audio game and discusses selected play interaction solutions implemented in the Audio Game Hub, a prototype designed and evaluated in the years 2014 and 2015 at the Gamification Lab at Leuphana University Lüneburg.1 The Audio Game Hub constitutes a set of familiar playful activities (aiming at a target, reflex-based reacting to sound signals, labyrinth exploration) and casual games (e.g. Tetris, Memory) adapted to the digital medium and converted into the audio sphere, where the player is guided predominantly or solely by sound. The authors will discuss the design questions raised at early stages of the project, and confront them with the results of user experience testing performed on two groups of sighted and one group of visually impaired gamers.
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This article introduces a theoretical framework for the analysis of the player character (PC) in offline computer role-playing games (cRPGs). It derives from the assumption that the character constitutes the focal point of the game, around which all the other elements revolve. This underlying observation became the foundation of the Player Character Grid and its constituent Pivot Player Character Model, a conceptual framework illustrating the experience of gameplay as perceived through the PC’s eyes. Although video game characters have been scrutinised from many different perspectives, a systematic framework has not been introduced yet. This study aims to fill that void by proposing a model replicable across the cRPG genre. It has been largely inspired by Anne Ubersfeld’s semiological dramatic character research implemented in Reading Theatre I (1999) and is demonstrated with reference to The Witcher (CD Projekt RED 2007).
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Paper presented at the 1st International Joint Conference of DiGRA and FDG Dundee, August 1-6, 2016.
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Presented at DiGRA 2015 Diversity of Play, Leuphana University, Lüneburg, Germany, on the 15th of May 2015.
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We prove NP-hardness results for five of Nintendo's largest video game franchises: Mario, Donkey Kong, Legend of Zelda, Metroid, and Pokémon. Our results apply to generalized versions of Super Mario Bros.1-3, The Lost Levels, and Super Mario World; Donkey Kong Country 1-3; all Legend of Zelda games; all Metroid games; and all Pokémon role-playing games. In addition, we prove PSPACE-completeness of the Donkey Kong Country games and several Legend of Zelda games.