Abstract: A method is implemented by a PCC decoder and comprises: receiving, by the PCC decoder, a point cloud bitstream; performing, by the PCC decoder, buffering of the point cloud bitstream based on a time, the performing comprising determining the time based on a delay and a delay offset; and decoding, by the PCC decoder, the point cloud bitstream based on the buffering. A method is implemented by a PCC decoder and comprises: receiving, by the PCC decoder, a point cloud bitstream; performing, by the PCC decoder, buffering of the point cloud bitstream based on a delay, the delay is based on a first delay and a second delay; and decoding, by the PCC decoder, the point cloud bitstream based on the buffering.

Abstract: In an example embodiment, a received JPEG image compression format image includes one or more minimum coded units (ICUs). Each MCU is decoded using an image compression format decoder. Each decoded MCU is then split into multiple decoded subblocks. Each decoded subblock can then be encoded into texture compression format using a texture compression format encoder. Each encoded texture compression format subblock can then be passed to a graphical processing unit (GPU) for processing.

Abstract: In an example embodiment, a received JPEG image compression format image includes one or more minimum coded units (ICUs). Each MCU is decoded using an image compression format decoder. Each decoded MCU is then split into multiple decoded subblocks. Each decoded subblock can then be encoded into texture compression format using a texture compression format encoder. Each encoded texture compression format subblock can then be passed to a graphical processing unit (GPU) for processing.

Abstract: The user-data field specified in the MPEG and AVC transport stream standard is used to embed HTML-5 and/or Javascript for rendering a variety of content including subtitles, 2D, and 3D graphics, and interactive content including advertisements, shopping, and games. Also, high quality vector graphics can be rendered on the screen that scale to any resolution. Finally, the content can allow for user input and response, and can be applied for interactive content, entertainment, and games.

Abstract: In an example embodiment, a received JPEG image compression format image includes one or more minimum coded units (ICUs). Each MCU is decoded using an image compression format decoder. Each decoded MCU is then split into multiple decoded subblocks. Each decoded subblock can then be encoded into texture compression format using a texture compression format encoder. Each encoded texture compression format subblock can then be passed to a graphical processing unit (GPU) for processing.

Abstract: A unified notification system in which notifications for all of a user's devices and services appear in windows of all of the user's devices. Notifications related to the user's social network friends and public users that the user subscribes to may also appear in the windows of all devices. Events from the user's devices and accounts are sent to a server for aggregation and provisioning back to the user's devices. To this end, a HTTP API may query the server to receive the user's notifications. Notifications that include content can also include metadata. The user can respond to any notification from any device.

Abstract: A unified notification system in which notifications for all of a user's devices and services appear in windows of all of the user's devices. Notifications related to the user's social network friends and public users that the user subscribes to may also appear in the windows of all devices. Events from the user's devices and accounts are sent to a server for aggregation and provisioning back to the user's devices. To this end, a HTTP API may query the server to receive the user's notifications. Notifications that include content can also include metadata. The user can respond to any notification from any device.