Abstract:
Interactive data, audio data, and video data are respectively encoded and packaged, and then an interactive television program is produced by multiplexing them. A receiving terminal receives the interactive television program and performs unpacking and decoding. The unpacked interactive data are transmitted by a near field communication module. An operating terminal receives the unpacked interactive data by a near field communication module thereof, parses out corresponding participatory information, and carries out the interaction with the content of the present television program.
Abstract:
A method for controlling flows of a logical link layer in a near field communication (NFC) software stack includes steps of: arranging a Send Window and a Receive Window in the logical link layer for controlling flows of transmitted data frames; adjusting the size of the Send Window and the size of the Receive Window according to a transfer rate determined based on upper-layer application, communication delay time determined based on channel quality, and the size of a data frame; and controlling flows of the output terminal according to the size of the Send Window, and controlling flows of the input terminal according to the size of the Receive Window.
Abstract:
Interactive data, audio data, and video data are respectively encoded and packaged, and then an interactive television program is produced by multiplexing them. A receiving terminal receives the interactive television program and performs unpacking and decoding. The unpacked interactive data are transmitted by a near field communication module. An operating terminal receives the unpacked interactive data by a near field communication module thereof, parses out corresponding participatory information, and carries out the interaction with the content of the present television program.
Abstract:
A method for controlling flows of a logical link layer in a near field communication (NFC) software stack includes steps of: arranging a Send Window and a Receive Window in the logical link layer for controlling flows of transmitted data frames; adjusting the size of the Send Window and the size of the Receive Window according to a transfer rate determined based on upper-layer application, communication delay time determined based on channel quality, and the size of a data frame; and controlling flows of the output terminal according to the size of the Send Window, and controlling flows of the input terminal according to the size of the Receive Window.