Abstract:
Un método de decodificación de imágenes capaz de reducir la carga de procesamiento incluye: obtener un indicador de control de límite para controlar conjuntamente una operación de filtro de desbloqueo y una operación de compensación adaptable de muestra para un límite de corte de un corte actual que es decodificado que está incluido en una representación visual codificada (S11); decodificar el corte actual (S12); realizar la operación de filtro de desbloqueo basada en el indicador de control de límite únicamente sobre por lo menos uno de un límite de corte superior o un límite de corte izquierdo de entre todos los límites de corte del corte actual que ha sido decodificado (S13); y realizar la operación de compensación adaptable de muestra dependiente del indicador de control de límite únicamente sobre por lo menos uno del límite de corte superior o el límite de corte izquierdo de entre todos los límites de corte del corte actual que ha sido decodificado (S14).
Abstract:
An image decoding method capable of reducing processing load acquires a boundary control flag for controlling both de-blocking filter processing and sample adaptive offset processing on the slice boundaries of a slice to be decoded that is included in an encoded picture (S11), decodes the slice that was to be decoded (S12), performs, on the basis of the boundary control flag, de-blocking filter processing on, out of all slice boundaries for the decoded slice, only the top and left slice boundaries thereof (S13), and performs sample adaptive offset processing in accordance with the boundary control flag on, out of all slice boundaries for the decoded slice, only the top and left slice boundaries thereof (S14).
Abstract:
An image decoding method capable of reducing processing load acquires a boundary control flag for controlling both de-blocking filter processing and sample adaptive offset processing on the slice boundaries of a slice to be decoded that is included in an encoded picture (S11), decodes the slice that was to be decoded (S12), performs, on the basis of the boundary control flag, de-blocking filter processing on, out of all slice boundaries for the decoded slice, only the top and left slice boundaries thereof (S13), and performs sample adaptive offset processing in accordance with the boundary control flag on, out of all slice boundaries for the decoded slice, only the top and left slice boundaries thereof (S14).
Abstract:
An image decoding method capable of reducing processing load acquires a boundary control flag for controlling both de-blocking filter processing and sample adaptive offset processing on the slice boundaries of a slice to be decoded that is included in an encoded picture (S11), decodes the slice that was to be decoded (S12), performs, on the basis of the boundary control flag, de-blocking filter processing on, out of all slice boundaries for the decoded slice, only the top and left slice boundaries thereof (S13), and performs sample adaptive offset processing in accordance with the boundary control flag on, out of all slice boundaries for the decoded slice, only the top and left slice boundaries thereof (S14).
Abstract:
Un método de decodificación de imágenes capaz de reducir la carga de procesamiento incluye: obtener un indicador de control de límite para controlar conjuntamente una operación de filtro de desbloqueo y una operación de compensación adaptable de muestra para un límite de corte de un corte actual que es decodificado que está incluido en una representación visual codificada (S11); decodificar el corte actual (S12); realizar la operación de filtro de desbloqueo basada en el indicador de control de límite únicamente sobre por lo menos uno de un límite de corte superior o un límite de corte izquierdo de entre todos los límites de corte del corte actual que ha sido decodificado (S13); y realizar la operación de compensación adaptable de muestra dependiente del indicador de control de límite únicamente sobre por lo menos uno del límite de corte superior o el límite de corte izquierdo de entre todos los límites de corte del corte actual que ha sido decodificado (S14).
Abstract:
An image decoding method capable of reducing processing load includes: obtaining a boundary control flag for jointly controlling a deblocking filter operation and a sample adaptive offset operation for a slice boundary of a current slice to be decoded included in a coded picture (S11); decoding the current slice (S12); performing the deblocking filter operation based on the boundary control flag only on at least one of a top slice boundary or a left slice boundary among all slice boundaries of the current slice that has been decoded (S13); and performing the sample adaptive offset operation dependent on the boundary control flag only on the at least one of the top slice boundary or the left slice boundary among all the slice boundaries of the current slice that has been decoded (S14).
Abstract:
An image encoding method for encoding a multi-view image captured from a plurality of capturing views includes: generating a plurality of view identification information items each for identifying a plurality of display views that are a plurality of views used for display in an image decoding apparatus, by corresponding to each of a plurality of screen sizes used in the image decoding apparatus (S101); and encoding the view identification information items (S102). For example, each of the view identification information items indicates one of the capturing views.