SoundPacman: Audio augmented reality in location-based games

Chatzidimitris, Thomas; Gavalas, Damianos; Michael, Despina

doi:10.1109/melcon.2016.7495414

Cited by 41 publications

(30 citation statements)

References 9 publications

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“…Observação de uso foi o segundo mais aplicado (14 estudos, 60,87%), seguindo uma tendência comum de vincular entrevistas a algum tipo de observação [30]. Vale destacar que apenas dois (8,70%) estudos [10,56] utilizaram monitoramento de dados fisiológicos -ambos aplicaram também entrevista, observação e registro de logs de interação. Uma possível explicação para a baixa utilização desses métodos é que a avaliação de JBL, idealmente, é feita em ambientes externos ou que simulem contextos de mobilidade, o que pode dificultar o uso de alguns dos equipamentos que capturam essas medidas.…”

Section: Uso De Entrevistas No Mapeamento Sistemáticounclassified

Uso de Entrevistas na Avaliação de Jogos Baseados em Localização: Lições e Desafios

Carneiro¹,

Darin²,

Viana³

2019

Anais Do Workshop Sobre Interação E Pesquisa De Usuários No Desenvolvimento De Jogos (WIPlay)

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RESUMOGames User Research (GUR) é um campo de estudo que tem buscado formar um conjunto de técnicas para avaliar a interação dos jogadores em diversos tipos de jogos. Buscando somar esforços aos avanços nessa área, este trabalho foca na avaliação da interação com jogos baseados em localização (JBL), buscando compreender quais aspectos da player experience em JBL podem ser explorados por meio de entrevistas e como isso tem sido feito pelas comunidades de prática e pesquisa. Para isso, foram analisados trabalhos que aplicaram o método em tal contexto e conduzido um survey de opinião com os respectivos autores. Como resultado, são apresentadas desafios de pesquisa e lições para o uso de entrevistas nesse tipo de avaliação, visando incentivar sua aplicação consciente e sistematizada, além de prover auxílio a praticantes e pesquisadores, especialmente iniciantes. PALAVRAS-CHAVEJogos baseados em localização, Métodos de avaliação, Interação, Entrevistas

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Section: Uso De Entrevistas No Mapeamento Sistemáticounclassified

Uso de Entrevistas na Avaliação de Jogos Baseados em Localização: Lições e Desafios

Carneiro¹,

Darin²,

Viana³

2019

Anais Do Workshop Sobre Interação E Pesquisa De Usuários No Desenvolvimento De Jogos (WIPlay)

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“…AR menjadi cara komunikasi konten yang baru, sebagai kombinasi teks, 3D model, video, yang memberikan perspektif baru [5] [6]. Penelitian terbaru menemukan bahwa penggunaan 3D digital objek yang di aplikasikan ke lingkungan fisik dapat menghasilkan pengalaman yang signifikan [7] [8]. Dalam survey yang di lakukan saat ini teknologi Augmented Reality sangat sesuai untuk di implementasi dalam pembelajaran [9].…”

Section: Pendahuluanunclassified

Perangkat Visualisasi Metamorfosis Kupu-kupu Menggunakan Animated Augmented Reality

Wahyudi

Mewo

Ganda

2018

JST

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AbstrakAplikasi ini menampilkan visualisasi metamorfosis kupu-kupu dan jenis jenis kupu kupu. Pada saat ini media visualisasi metamorfosis kupu-kupu masih terbatas pada tampilan 2D dan belum bisa di lihat secara keseluruhan. Umumnya media pengenalan metamorfosis kupu-kupu masih menggunakan buku ataupun poster yang terbatas 2D saja dan ukurannya tidak sama persis seprti ukuran aslinya. Aplikasi ini merupakan aplikasi augmented reality pada smartphone yang dapat menampilkan proses metamorfosis kupu-kupu dan jenis-jenis kupu-kupu dengan menampilkan gambar 3D dari setiap objek metamorfosis dan jenis-jenis kupu-kupu secara detail dan dengan skala yang sesunguhnya. Paper ini membahas cara pembuatan, pengumpulan data, perancangan aplikasi dan implementasi. Hasilnya adalah aplikasi visual 3D disempurnakan dengan animasi, text, narrator, yang dapat menstimulasi lebih dari satu indra dan model game kuis yang dapat di jalankan dalam smartphone berbasis android. Kata kunci-Augmented Reality, Metamorfosis Kupu-kupu, interaktif media, Animasi. AbstractThis app displays the visualization of butterfly metamorphosis and the type of butterfly species. Nowdays the media visualization of butterfly metamorphosis is still limited to 2D display and can not be viewed as a whole. Generally, the medium of introduction of butterfly metamorphosis still uses books or posters that are limited to 2D only and the size is not exactly the same as the original size. This application is an augmented reality application on a smartphone that can display the process of butterfly metamorphosis and the types of butterflies by displaying 3D images of each object metamorphosis and butterfly species in detail and with the true scale. This paper discusses the way of making, data collection, application design and implementation. The result is a 3D visual application with a enhanced by animation, text, narrator, which can stimulate more than one senses and game quiz models that can run on an android-based smartphone.

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“…Audio feedback can also affect the user's understanding of visual space, and deliberately misaligned audio and visual information may lead to better perception of space in virtual scenes [17]. In addition, audio design can also serve as the primary interface for the transmission of game information and create engaging gaming experiences in location-based AR games [18]. Auditory interfaces for aviation applications have also been studied by NASA; for example, studies found that using spatialized sound to guide head direction could make a great reduction in visual acquisition time [19].…”

Section: Background and Related Workmentioning

confidence: 99%

“…Therefore, we are not using specially developed devices but deliberately use a standard consumer smartphone and its standard features. Rhythm can be a very effective aid in nonvisual displays [18], and amplitude has also been used to present haptic and audio display information [19]. Smartphones can well support variation in the rhythm and amplitude of haptic and audio feedback; thus, we used rhythm and amplitude in nonvisual feedback designs to present information and investigated the effects of different interaction designs.…”

Section: Study 1: Nonvisual Display Design For Information Representamentioning

confidence: 99%

Towards the Design of Effective Haptic and Audio Displays for Augmented Reality and Mixed Reality Applications

Ren

Wei

O’Neill

et al. 2018

Advances in Multimedia

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Augmented Reality (AR) and Mixed Reality (MR) technology has potential for supporting mobile applications. However, nonvisual interaction modalities are undervalued and underused in AR/MR applications. Visual displays can be ineffective or inappropriate in some situations such as walking or driving. Meanwhile, nonvisual modalities are becoming increasingly important in mobile user experiences. In this paper, we report two studies investigating nonvisual interaction modalities such as audio and haptic displays with mobile AR/MR applications. In the first study, we investigate a range of design factors for haptic and audio displays, including rhythm, amplitude, and their combination in representing tourism information to users with a mobile phone. The results show a main effect for Interaction modality, with identification rates highest for information represented in a combined Haptic-Audio display. In the second study, we investigate target location tasks in 3D space using spatial audio feedback and a head-mounted display. We evaluate several design factors including audio feedback device, volume, rhythm, and the target’s horizontal and vertical position. Results show that the vertical positions are very difficult to locate, and overall our participants prefer audio cues with loud volume and fast rhythm. Finally, we propose practical audio and haptic display design guidelines for AR/MR applications.

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SoundPacman: Audio augmented reality in location-based games

Cited by 41 publications

References 9 publications

Uso de Entrevistas na Avaliação de Jogos Baseados em Localização: Lições e Desafios

Uso de Entrevistas na Avaliação de Jogos Baseados em Localização: Lições e Desafios

Perangkat Visualisasi Metamorfosis Kupu-kupu Menggunakan Animated Augmented Reality

Towards the Design of Effective Haptic and Audio Displays for Augmented Reality and Mixed Reality Applications

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