An architecture of augmented broadcasting service for next generation smart TV

Novel Hybrid Content Synchronization Scheme for Augmented Broadcasting Services

“…We previously presented the concept and model for augmented broadcasting and implemented a testbed system, its relevant elements based on PC platforms, and an Intranet without a real broadcasting transmission scheme [3]- [4]. However, because its augmentation is preprocessed before the video images are transmitted, the viewer at home may have no influence on this formation; and no interaction for the user is possible unless the viewer has a direct connection to the content provider.…”

“…Augmented broadcasting is used to broadcast enhanced content on a large TV screen while AR on a mobile device augments additional graphical content onto an input image from the device's own camera to provide useful and convenient information for users, enabling viewers to watch mixed broadcasting content only when they want the service and to watch original broadcasting content when they do not. We previously presented the concept and model for augmented broadcasting and implemented a testbed system, its relevant elements based on PC platforms, and an Intranet without a real broadcasting transmission scheme [3]- [4]. To realize an augmented broadcasting service in a real broadcasting environment, the most important issue is that of trying to resolve hybrid content synchronization over heterogeneous broadcast and broadband networks.…”

A Metadata Design for Augmented Broadcasting and Testbed System Implementation

“…Similarly, during tourism broadcasts, location information can provide users with more useful details, such as transportation guidance or restaurants located in the area [7]. For example, in golf broadcasts with location information, the AR service provider may give the users the ground shape of the field.…”

“…Another service provider may offer information on the golf clubs used during the match. Similarly, during tourism broadcasts, location information can provide users with more useful details, such as transportation guidance or restaurants located in the area [7].…”

Diseño y desarrollo de un guante háptico para accesibilidad en televisión de personas con deficiencias visuales

“…En general, estos estudios sugieren que la eficacia del enfoque multisensorial aumentan la inmersión y la satisfacción del usuario. Otros trabajos también sugieren que la interactividad, realidad aumentada AR, la realidad virtual VR y los videos 360 o video omnidireccional también pueden incrementarse para enriquecer la experiencia del usuario en escenarios inmersivos [44][45][46]. Finalmente también existen trabajos como el de Bleidt et al [9], que muestra que el Instituto Fraunhofer y sus socios han desarrollado un sistema de audio basado en la inclusión del audio 3D mediante MPEG-H 3D Audio, que puede también ser un gran aporte a la experiencia de los usuarios con la TV Inmersiva.…”