Abstract:
A method comprising generating, for primary content to be broadcasted for output on a primary content output device, rendering adaptation information configured for use in adapting the rendering of the primary content on a secondary content output device thereby providing an output of secondary content which is derived from the broadcasted primary content; wherein the primary content comprises at least a first media portion having a first temporal output characteristic; wherein the rendering adaptation information comprises temporal information configured for use in adjusting the rendering of the at least first media portion so as to enable generation of secondary content comprising at least a second media portion having a second temporal output characteristic that can differ from the first temporal output characteristic of the at least first media portion. Also disclosed is a method comprising receiving the above primary content and rendering adaption information in order to generate secondary content. Further disclosed is a method for generating secondary content, as above, wherein the rendering adaption information instead comprises two or more sets of spatial co-ordinates for identifying two or more media portions of the primary content for output as secondary content. Finally disclosed is a method for generating secondary content, as above, wherein the primary content has a dimension n and the rendering adaption information is configured to adjust the dimension n of the primary content to enable a dimension k of the secondary content, where k
Abstract:
According to an example aspect of the present invention, there is provided an apparatus (160, 170) comprising a receiver configured to receive anonymized sensor information, at least one processing core configured to convert the anonymized sensor information into personal sensor information based at least partly on personal information, and a memory interface configured to, under control of the at least one processing core, access the personal information.
Abstract:
Se desvela un método que comprende recibir primera información de cámara que es indicativa de información visual de una primera localización de cámara, provocar la visualización de la primera información de cámara, recibir segunda información de cámara que es indicativa de información visual de una segunda localización de cámara, identificar un objeto que se representa en la primera información de cámara y representado en la segunda información de cámara, recibir una entrada de selección de objeto que designa una representación del objeto de la primera información de cámara, recibir una entrada de movimiento de objeto que es indicativa de movimiento en relación al objeto, determinar que una dirección de la entrada de movimiento de objeto es opuesta a una dirección de la primera localización de cámara a la segunda localización de cámara, y provocar la transición de visualización de la primera información de cámara a la visualización de la segunda información de cámara.
Abstract:
A method, apparatus and computer program product describing groups of overlays, such as semantically correlated overlays, to background media content. In the context of a method, a group of overlays to background media content is defined by metadata (60). The overlays include semantically correlated overlays having alternative overlays representing content with different levels of detail or overlays providing different choices of content. The method also includes receiving client selection of a respective overlay from a group of overlays (62). In response to the client selection, the method causes the respective overlay to be provided. The respective overlay is received (64) for presentation concurrent with background media content (68).
Abstract:
Un método (100) que comprende: mostrar (102) a un usuario (18) una escena virtual actual (22) de un espacio virtual (20) desde un punto de vista actual (24) en una posición actual (23), comprendiendo la escena virtual un objeto virtual artificial (120) introducido por el usuario; mapear (110, 112) un gesto tridimensional (80) del usuario respecto a un gesto tridimensional correspondiente en el espacio virtual que interactúa con el objeto virtual artificial introducido por el usuario; y caracterizado por, en respuesta a la determinación (104) de que el gesto tridimensional correspondiente en el espacio virtual interactúa con el objeto virtual artificial introducido por el usuario, mostrar al usuario (106) una nueva escena virtual del espacio virtual desde un nuevo punto de vista (24) en una nueva posición (23) diferente a la posición actual.
Abstract:
Embodiments are disclosed for bandwidth-efficient streaming of immersive content. In the context of a method, an example embodiment includes causing generation of immersive content by an immersive content capture device, retrieving, from a memory, buffer information regarding a current view buffer (CVB), one or more pre-fetch buffers (PFBs), and a free viewpoint buffer (FVB), and causing transmission, by a streaming server, of portions of the immersive content to an immersive content viewing system based on the retrieved buffer information regarding the CVB, the one or more PFBs, and the FVB. A corresponding apparatus and computer program product are also provided.