Method for aggregating internet videos in embedded intelligent equipment

Abstract

The invention relates to a method for playing aggregated internet videos in embedded intelligent equipment. The method is characterized in that an embedded hardware system unit, an operation system unit, a video playing unit, a network address collecting unit, a network video address storage unit and an internet network unit (3) are used in the method, wherein the embedded hardware system unit (4) is used for transmitting, processing and saving network data, supporting the running of the operation system and software programs and has the functions of data processing, network communication, storage, human-machine interaction, display output and power supply management; the operating system unit (5) is used for managing resources, controlling the programs and achieving the human-machine interacting function; the video playing unit (6) is used for displaying, searching and calling internet video addresses stored in the network video address storage unit and starting corresponding internet video playing software to play videos from the internet; the network address collecting unit (2) is used for retrieving the video addresses on the internet; the network video address storage unit (1) is used for receiving and storing the internet video playing addresses from the network address collecting unit for calling by the video playing unit; and the internet network unit (3) is used for supporting information transmission among the units.

Description

technical field [0001] The invention relates to a method for aggregating Internet video in an embedded intelligent device. Background technique [0002] With the continuous subdivision of consumer electronics products, various embedded systems have increasingly become the ideal solution for the majority of consumer electronics products. Compared with the traditional large and complete PC systems with X86 architecture, embedded systems have low cost and high functional capacity. Customization and other features have been widely used in various consumer electronics products such as mobile phones, tablet computers and set-top boxes. The cost performance is very high, and the current mainstream operating systems have begun to support embedded systems, such as Microsoft Win8, Apple iOS, Google's Android system, etc., as well as the mainstream embedded operating system Linux, have laid the foundation for the prevalence of embedded systems. [0003] However, compared to the X86 PC...

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Problems solved by technology

[0003] However, compared to the X86 PC system, the embedded system also has some defects, especially with the advent of the Internet video era, since most video websites are developed based on the X86 architecture, playing Internet video on the embedded system becomes a Unless Internet video content providers do custom development on embedded platforms, it is difficult to easily implement Internet video playback on embedded systems, and due to the software and hardware systems used by various embedded platforms The difference also increases a lot of development workload for major video websites, and management becomes more complicated

[0004] For the vast number of consumers, embedded devices are also a fly in the ointment because they cannot easily access video content on the Internet. They hope to access these video content as easily as X86 PCs

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