Non-Linear Video: A Cross-Platform Interactive Video System

Seeliger, Robert; Räck, Christian; Arbanowksi, Stefan

doi:10.5594/m001362

Cited by 1 publication

(1 citation statement)

References 3 publications

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“…Two pioneering contributions in this research domain were delivered by the HyperCafe (Sawhney et al, 1997) and HyperSoap (Dakss et al, 1999) experiments. Other notable academic hypervideo contributions include HyperHitchcock and its detail-on-demand video concept (Shipman et al, 2003), the non-linear video approach proposed by Fraunhofer Institute FOKUS (Seeliger et al, 2010), HyLive due to its emphasis on live broadcast scenarios (Hoffmann et al, 2008), SIVA Producer (Meixner et al, 2014), the Component-based Hypervideo Model (CHM) by Sadallah et al (Sadallah et al, 2012), and the 360 • hypervideo solution proposed by Neng and Chambel (Neng and Chambel, 2010).…”

Section: Related Workmentioning

confidence: 99%

Web-mediated Augmentation and Interactivity Enhancement of Omni-directional Video in Both 2D and 3D

Wijnants

Erum

Quax

et al. 2015

Proceedings of the 11th International Conference on Web Information Systems and Technologies

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Abstract:Video consumption has since the emergence of the medium largely been a passive affair. This paper proposes augmented Omni-Directional Video (ODV) as a novel format to engage viewers and to open up new ways of interacting with video content. Augmented ODV blends two important contemporary technologies: Augmented Video Viewing and 360 degree video. The former allows for the addition of interactive features to Web-based video playback, while the latter unlocks spatial video navigation opportunities. The augmented ODV principle is exposed to developers through a collection of standards-compliant Web interfaces, this way allowing for a wide range of usage scenarios and heterogeneous consumer profiles to be targeted in a broad spectrum of application domains. The paper covers the extensive set of technologies powering the concept, hereby addressing a variety of topics ranging from content authoring and editing to visualization and rendering. Two use case prototypes showcase the expressiveness and practical feasibility of the augmented ODV methodology, while performance evaluation results establish that the augmented ODV implementation is computationally sufficiently lightweight to warrant execution on low-cost PC hardware and even tablet devices.

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