CN110278459A - Content control system and its control method - Google Patents

Content control system and its control method Download PDF

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Publication number
CN110278459A
CN110278459A CN201811031808.0A CN201811031808A CN110278459A CN 110278459 A CN110278459 A CN 110278459A CN 201811031808 A CN201811031808 A CN 201811031808A CN 110278459 A CN110278459 A CN 110278459A
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CN
China
Prior art keywords
module
content
playing
processing unit
transmission
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Pending
Application number
CN201811031808.0A
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Chinese (zh)
Inventor
吴旺邦
洪清泉
何涛
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Shanghai Wheat Interactive Enterprise Development Co Ltd
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Shanghai Wheat Interactive Enterprise Development Co Ltd
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Publication of CN110278459A publication Critical patent/CN110278459A/en
Pending legal-status Critical Current

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Classifications

    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
    • A63F13/00—Video games, i.e. games using an electronically generated display having two or more dimensions
    • A63F13/30—Interconnection arrangements between game servers and game devices; Interconnection arrangements between game devices; Interconnection arrangements between game servers
    • A63F13/35—Details of game servers
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication
    • H04L65/60—Network streaming of media packets
    • H04L65/65—Network streaming protocols, e.g. real-time transport protocol [RTP] or real-time control protocol [RTCP]
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication
    • H04L65/60—Network streaming of media packets
    • H04L65/70—Media network packetisation
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/01—Protocols
    • H04L67/131—Protocols for games, networked simulations or virtual reality
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/20—Servers specifically adapted for the distribution of content, e.g. VOD servers; Operations thereof
    • H04N21/23—Processing of content or additional data; Elementary server operations; Server middleware
    • H04N21/239—Interfacing the upstream path of the transmission network, e.g. prioritizing client content requests
    • H04N21/2393—Interfacing the upstream path of the transmission network, e.g. prioritizing client content requests involving handling client requests
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/20—Servers specifically adapted for the distribution of content, e.g. VOD servers; Operations thereof
    • H04N21/23—Processing of content or additional data; Elementary server operations; Server middleware
    • H04N21/24—Monitoring of processes or resources, e.g. monitoring of server load, available bandwidth, upstream requests
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/20—Servers specifically adapted for the distribution of content, e.g. VOD servers; Operations thereof
    • H04N21/23—Processing of content or additional data; Elementary server operations; Server middleware
    • H04N21/24—Monitoring of processes or resources, e.g. monitoring of server load, available bandwidth, upstream requests
    • H04N21/2408—Monitoring of the upstream path of the transmission network, e.g. client requests
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/20—Servers specifically adapted for the distribution of content, e.g. VOD servers; Operations thereof
    • H04N21/25—Management operations performed by the server for facilitating the content distribution or administrating data related to end-users or client devices, e.g. end-user or client device authentication, learning user preferences for recommending movies
    • H04N21/258—Client or end-user data management, e.g. managing client capabilities, user preferences or demographics, processing of multiple end-users preferences to derive collaborative data
    • H04N21/25808—Management of client data
    • H04N21/25833—Management of client data involving client hardware characteristics, e.g. manufacturer, processing or storage capabilities
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/20—Servers specifically adapted for the distribution of content, e.g. VOD servers; Operations thereof
    • H04N21/25—Management operations performed by the server for facilitating the content distribution or administrating data related to end-users or client devices, e.g. end-user or client device authentication, learning user preferences for recommending movies
    • H04N21/266—Channel or content management, e.g. generation and management of keys and entitlement messages in a conditional access system, merging a VOD unicast channel into a multicast channel
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
    • H04N21/43—Processing of content or additional data, e.g. demultiplexing additional data from a digital video stream; Elementary client operations, e.g. monitoring of home network or synchronising decoder's clock; Client middleware
    • H04N21/442—Monitoring of processes or resources, e.g. detecting the failure of a recording device, monitoring the downstream bandwidth, the number of times a movie has been viewed, the storage space available from the internal hard disk
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
    • H04N21/43—Processing of content or additional data, e.g. demultiplexing additional data from a digital video stream; Elementary client operations, e.g. monitoring of home network or synchronising decoder's clock; Client middleware
    • H04N21/442—Monitoring of processes or resources, e.g. detecting the failure of a recording device, monitoring the downstream bandwidth, the number of times a movie has been viewed, the storage space available from the internal hard disk
    • H04N21/44204—Monitoring of content usage, e.g. the number of times a movie has been viewed, copied or the amount which has been watched
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
    • H04N21/43—Processing of content or additional data, e.g. demultiplexing additional data from a digital video stream; Elementary client operations, e.g. monitoring of home network or synchronising decoder's clock; Client middleware
    • H04N21/442—Monitoring of processes or resources, e.g. detecting the failure of a recording device, monitoring the downstream bandwidth, the number of times a movie has been viewed, the storage space available from the internal hard disk
    • H04N21/4424—Monitoring of the internal components or processes of the client device, e.g. CPU or memory load, processing speed, timer, counter or percentage of the hard disk space used
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
    • H04N21/45—Management operations performed by the client for facilitating the reception of or the interaction with the content or administrating data related to the end-user or to the client device itself, e.g. learning user preferences for recommending movies, resolving scheduling conflicts
    • H04N21/462—Content or additional data management, e.g. creating a master electronic program guide from data received from the Internet and a Head-end, controlling the complexity of a video stream by scaling the resolution or bit-rate based on the client capabilities
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
    • H04N21/47—End-user applications
    • H04N21/478—Supplemental services, e.g. displaying phone caller identification, shopping application
    • H04N21/4781—Games
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/60—Network structure or processes for video distribution between server and client or between remote clients; Control signalling between clients, server and network components; Transmission of management data between server and client, e.g. sending from server to client commands for recording incoming content stream; Communication details between server and client 
    • H04N21/63—Control signaling related to video distribution between client, server and network components; Network processes for video distribution between server and clients or between remote clients, e.g. transmitting basic layer and enhancement layers over different transmission paths, setting up a peer-to-peer communication via Internet between remote STB's; Communication protocols; Addressing
    • H04N21/647—Control signaling between network components and server or clients; Network processes for video distribution between server and clients, e.g. controlling the quality of the video stream, by dropping packets, protecting content from unauthorised alteration within the network, monitoring of network load, bridging between two different networks, e.g. between IP and wireless
    • H04N21/64723—Monitoring of network processes or resources, e.g. monitoring of network load
    • H04N21/64738—Monitoring network characteristics, e.g. bandwidth, congestion level
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
    • A63F2300/00—Features of games using an electronically generated display having two or more dimensions, e.g. on a television screen, showing representations related to the game
    • A63F2300/50—Features of games using an electronically generated display having two or more dimensions, e.g. on a television screen, showing representations related to the game characterized by details of game servers
    • A63F2300/53—Features of games using an electronically generated display having two or more dimensions, e.g. on a television screen, showing representations related to the game characterized by details of game servers details of basic data processing
    • A63F2300/534—Features of games using an electronically generated display having two or more dimensions, e.g. on a television screen, showing representations related to the game characterized by details of game servers details of basic data processing for network load management, e.g. bandwidth optimization, latency reduction

Landscapes

  • Engineering & Computer Science (AREA)
  • Multimedia (AREA)
  • Signal Processing (AREA)
  • Databases & Information Systems (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Computer Graphics (AREA)
  • Computer Security & Cryptography (AREA)
  • Two-Way Televisions, Distribution Of Moving Picture Or The Like (AREA)

Abstract

The present invention provides a content control system, it include: an initial module, one content processing module, one transmission control module and a playing control module, wherein the initial module creates a processing space, wherein the processing space includes an at least processing unit, wherein the processing unit is connected to the one kind broadcasts carriers, the processing unit is communicatively coupled to the content processing module to generate an at least content, it is one group of plereme that wherein the content processing module, which handles the content, the transmission control module is communicatively coupled to the content processing module with this group of plereme of stream process, the playing control module is communicatively coupled to the transmission control module to obtain this group of plereme after stream process, wherein the processing unit is communicatively coupled to the playing control module, to be controlled by the playing control module Broadcasting of this group of plereme in the one kind broadcasts carriers.

Description

Content control system and its control method
Technical field
The present invention relates to data processing fields, relate more specifically to a content control system and its control method.
Background technique
Nowadays, online game is very flourishing, people can by the electronic equipments such as mobile phone, computer, tablet computer, PSP come Carry out online game.The online game development of the diversified forms such as web game, hand trip, network game is very rapid.But many hand trips, The online games such as network game need to download installation kit in mobile device, computer end etc., and completing after the installation of game client just can be with Running game could carry out game experiencing for user in entire runs such as mobile device, computers.User is in experience game content When, user and game content can generate interaction.User issues operational order in gaming, and game is enable to respond quickly the behaviour of user It instructing, the game picture for recalling user's needs could allow user to have good experience, just facilitate the development of game, that is, It says, game picture wants smooth, and is enable to respond quickly user's operation.
But since some game installation kits are huge, need empty in the certain storage of the occupancy such as mobile device, computer end Between, the time for downloading installation is longer, and limits the memory space of other programs of equipment.Further, since game is mounted to After the clients such as mobile device, computer, game will mainly be run locally, and therefore, the speed of service of game is dependent on visitor The operational capability of equipment where the end of family.If the user desired that can have when experiencing big game experience it is smooth, high quality Game picture and operation, it is desirable to game client be installed in the strong equipment of operational capability, the operation of equipment could be relied on The efficient operation of ability guarantee game.
Since game is limited to the operational capability and memory space of equipment in local client operation, it be easy to cause game Caton and delay, have certain limitation.Therefore, game developer also selects to run the data of game in server, and The picture transmission generated after game data is run is to client, in this way, the powerful operational capability that can use server is promoted Arithmetic speed, while the memory space of local client is also saved, to improve response of the game content to user operation instruction Speed.But the picture that generates in server operation of game is transmitted to client by whole packing, game picture content it is complete Formation needs to wait certain operation time.And in the transmission process of game picture, due to the volume of transmitted data being integrally packaged Larger, efficiency of transmission will receive the influence of volume of transmitted data, to influence game content to the response speed of user's operation, cause The Caton of game content, delay, influence user experience.Transmission influences whether that game is defeated between server and the equipment of game experiencing Efficiency out.
Summary of the invention
It is an object of the present invention to provide a kind of content control system and its control method, the content control system The processing that processing unit carries out content is provided for one kind broadcasts carriers, improves the efficiency that content plays.
It is another object of the present invention to provide a kind of content control system and its control method, the content-control system The content library for generating content is equipped on processing unit by system, and processing unit is relied on to be handled.
It is another object of the present invention to provide a kind of content control system and its control method, the content-control system Content is sent to one kind broadcasts carriers, the direct broadcasting content of one kind broadcasts carriers by the content generated after processing unit processes by system.
It is another object of the present invention to provide a kind of content control system and its control method, one kind broadcasts carriers do not have to take Content library is carried to generate content, so that contents processing is not take up the performance of one kind broadcasts carriers.
It is another object of the present invention to provide a kind of content control system and its control method, the content-control system System controls the generation and transmission of content by monitoring ambient conditions.
It is another object of the present invention to provide a kind of content control system and its control method, the content-control system System detection needs the performance and operating condition of the terminal of broadcasting content, with Suitable content, is suitable for terminal processes and broadcasting.
It is another object of the present invention to provide a kind of content control system and its control method, the content-control system Content Transformation is that plereme transmits by system, and the content control system reduces transmitted per unit time data volume, improves Transmission speed.
It is another object of the present invention to provide a kind of content control system and its control method, the content-control system System transmits plereme in the form of content stream, and to ensure being formed continuously and playing for content, user obtains content When the plereme of forefront, subsequent plereme is also played out ready so that user obtain continuously play it is interior Hold.
It is another object of the present invention to provide a kind of content control system and its control methods, are asked by user's operation Content is sought, user and content generate interaction.
It is another object of the present invention to provide a kind of content control system and its control method, the content-control system System sends corresponding plereme, quickly according to requested content with the interactive operation of instant relative users.
One aspect under this invention, the present invention further provides a content control systems, broadcast for controlling content one Put the broadcasting of carrier, comprising:
One initial module, the initial module create a processing space, wherein the processing space includes at least one processing Unit, wherein the processing unit is connected to the one kind broadcasts carriers；
One content processing module, the processing unit are communicatively coupled to the content processing module to generate at least one Hold, wherein it is one group of plereme that the content processing module, which handles the content,；
One transmission control module, the transmission control module is communicatively coupled to the content processing module should with stream process Group plereme；And
One playing control module, the playing control module are communicatively coupled to the transmission control module to obtain at stream This group of plereme after reason, wherein the processing unit is communicatively coupled to the playing control module, to be broadcast by described It puts control module and controls this group of plereme in the broadcasting of the one kind broadcasts carriers.
According to one embodiment of present invention, wherein the initial module includes:
One processing space creation module, the processing space creation module creates a processing space, wherein the processing is empty Between include the processing unit, the processing unit handles the content in the processing space；With
One content library processing module, the content library processing module are communicatively coupled to the processing unit, the content An at least content library is equipped on each processing unit by library processing module, is handled by each processing unit.
According to one embodiment of present invention, wherein the content library processing module includes that a content library carries module, institute It states content library carrying module and is communicatively coupled to each processing unit, to carry the content library for each processing unit.
According to one embodiment of present invention, wherein the content library processing module includes a content library mark module, institute It states content library mark module and is communicatively coupled to the processing unit, the content library mark module identifies the processing unit and takes The content library carried, so that the processing unit differentiates the content library.
According to one embodiment of present invention, wherein the processing module further comprises an one kind broadcasts carriers management module, The processing unit and the one kind broadcasts carriers are communicatively coupled to the one kind broadcasts carriers management module, the one kind broadcasts carriers management respectively The module management one kind broadcasts carriers carry out content broadcasting by the processing unit.
According to one embodiment of present invention, wherein the one kind broadcasts carriers management module includes a request detection module, when The one kind broadcasts carriers issue a playing request to request the content, and the request detection module detects the playing request.
According to one embodiment of present invention, described to ask wherein the request detection module includes a requirement analysis module It asks analysis module to receive the playing request of one kind broadcasts carriers sending, and analyzes the requested content of the playing request From the content library.
According to one embodiment of present invention, wherein the request detection module includes a processing unit distribution module, institute It states processing unit distribution module and is connected to the processing unit, wherein the processing unit distribution module is by the idle processing Unit distributes to the one kind broadcasts carriers, so that the processing unit is connected to the one kind broadcasts carriers.
According to one embodiment of present invention, wherein the request detection module includes an adapter tube module, the adapter tube mould Block is communicatively coupled to the processing unit and the one kind broadcasts carriers, wherein the adapter tube module indicates that the processing unit adapter tube should One kind broadcasts carriers are played with providing content for the one kind broadcasts carriers.
According to one embodiment of present invention, wherein the initial module further includes an environmental monitoring module, the environment Monitoring module is communicatively coupled to the one kind broadcasts carriers, to detect a playing environment and a transmission environment, wherein the environmental monitoring Module generates an environmental parameter.
According to one embodiment of present invention, wherein the content processing module includes:
One content generating module, the content generating module generate the content；With
One plereme generation module, the plereme generation module are communicatively coupled to the content generating module, Wherein the plereme generation module handles the content according to the environmental parameter, generates at least one set of content list Position.
According to one embodiment of present invention, wherein the content processing module includes an ambient parameter analysis module, institute It states ambient parameter analysis module and is communicatively coupled to environmental monitoring module to obtain the environmental parameter, wherein the environmental parameter Analysis module playing environment according to the ambient parameter analysis and the transmission environment.
According to one embodiment of present invention, wherein the plereme generation module is according to the ambient parameter analysis mould The playing environment of block analysis and the transmission environment generate the plereme.
According to one embodiment of present invention, described to spread wherein the transmission control module includes elegant transmission module Defeated module is communicatively coupled to the content processing module to obtain the plereme, wherein described spread defeated module to described Plereme carries out stream process, obtains a content stream.
According to one embodiment of present invention, wherein it is described spread defeated module and be communicatively coupled to broadcastings control mould Block exists the content flow to the playing control module wherein the playing control module controls the content stream The broadcasting of the one kind broadcasts carriers.
According to one embodiment of present invention, wherein the transmission control module includes:
One parsing module, the parsing module are communicatively coupled to the environmental monitoring module to obtain the environment ginseng Number, wherein the parsing module parses the transmission environment according to the environmental parameter；With
One transmission speed selecting module, the transmission speed selecting module is communicatively coupled to the parsing module, with root According to the transmission environment that the parsing module parses, the transmission speed of the content stream is selected.
According to one embodiment of present invention, wherein the playing control module includes a playing module, the broadcasting mould Block is communicatively coupled to the transmission control module and the one kind broadcasts carriers respectively, wherein the playing module is controlled from the transmission Module receives the content stream, and the playing module controls the content stream in the broadcasting of the one kind broadcasts carriers.
According to one embodiment of present invention, wherein the playing control module includes:
One collection module, the collection module collect playing environment information and transmission of the one kind broadcasts carriers in playing process Environmental information；With
One feedback module, the feedback module are communicatively coupled to the collection module to receive the playing environment information With the transmission environment information, wherein the feedback module feeds back to the playing environment information and the transmission environment information The environmental monitoring module.
According to one embodiment of present invention, wherein the playing control module includes an operation module, the operation mould Block is communicatively coupled to the one kind broadcasts carriers, to receive an at least operational order, the operation quality request at least one content, The feedback module is communicatively coupled to the operation module, and the operational order is fed back to the environmental monitoring module, The content processing module generates the content according to the operational order of the environmental monitoring module.
According to one embodiment of present invention, wherein the plereme is implemented as frame.
Other side under this invention, the present invention further provides a contents controlling methods, for controlling content one The broadcasting of one kind broadcasts carriers, the described method comprises the following steps:
(A) an at least content library is carried in an at least processing unit；
(B) connection processing unit and the one kind broadcasts carriers；
(C) content library is handled to provide the content for the one kind broadcasts carriers.
According to one embodiment of present invention, wherein the step (B) further comprises step: distributing the idle place Unit is managed to the one kind broadcasts carriers.
According to one embodiment of present invention, wherein the step (C) further includes steps of
(C.1) playing environment and a transmission environment for the one kind broadcasts carriers is monitored, to generate an environmental parameter；
(C.It 2) is one group of plereme by the contents processing according to the environmental parameter；
(C.3) defeated this group of plereme is spread to play out.
Detailed description of the invention
Fig. 1 is system block diagram according to a preferred embodiment of the present invention.
Fig. 2 is the processing space of above preferred embodiment according to the present invention and the connection schematic diagram of one kind broadcasts carriers.
Fig. 3 is the contents processing schematic diagram of above preferred embodiment according to the present invention.
Fig. 4 is the processing unit of above preferred embodiment according to the present invention and the schematic diagram of one kind broadcasts carriers.
Fig. 5 is the flow chart of above preferred embodiment according to the present invention.
Fig. 6 is the flow chart of above preferred embodiment according to the present invention.
The step of Fig. 7 is above preferred embodiment according to the present invention figure.
Fig. 8 is the schematic diagram of a specific example of above preferred embodiment according to the present invention.
Fig. 9 is the schematic diagram of the application scenarios of above preferred embodiment according to the present invention.
Figure 10 A to Figure 10 D is the schematic diagram of the application scenarios of above preferred embodiment according to the present invention.
Specific embodiment
It is described below for disclosing the present invention so that those skilled in the art can be realized the present invention.It is excellent in being described below Embodiment is selected to be only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It defines in the following description Basic principle of the invention can be applied to other embodiments, deformation scheme, improvement project, equivalent program and do not carry on the back Other technologies scheme from the spirit and scope of the present invention.
It will be understood by those skilled in the art that in exposure of the invention, term " longitudinal direction ", " transverse direction ", "upper", The orientation or position of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description of the present invention and simplification of the description, rather than The device or element of indication or suggestion meaning must have a particular orientation, be constructed and operated in a specific orientation, therefore above-mentioned Term is not considered as limiting the invention.
It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment, The quantity of one element can be one, and in a further embodiment, the quantity of the element can be it is multiple, term " one " is no It can be interpreted as the limitation to quantity.
A preferred embodiment of the present invention as shown in Figures 1 to 7, the content control system include an initial module 10, the initial module 10 carries out initialization process.Wherein, the initial module 10 creates a processing space 100, wherein institute Processing space 100 is stated to run for an at least content library 200.
The initial module 10 monitors at least processing unit 300 in the processing space 100.The wherein introductory die Block 10 carries at least one content library 200 in each processing unit 300.Each 300 needs of processing unit processing is at least One content library 200.
The initial module 10 is communicatively coupled to an one kind broadcasts carriers 50, which plays.It is described Initial module 10 connects the processing unit 300 and the one kind broadcasts carriers 50, so that the processing unit 300 is the one kind broadcasts carriers 50 Content is provided and plays service.
The initial module 10 monitors the playing environment and transmission environment of the one kind broadcasts carriers 50, to generate an environmental parameter.
The content control system further includes a content processing module 20, and the content processing module 20 is communicatively coupled to The processing unit 300, to indicate that the processing unit 300 handles the content library 200.The content processing module 20 generates An at least content 2000.Wherein, which requests to play the content 2000.The initial module 10 receives the broadcasting The request of carrier 50 handles the content library 200 by the content processing module 20, generates the content 2000.Namely It says, which need not handle the data for generating content, but be handled by the processing unit 300, so that interior Appearance processing is not take up the processing capacity of high one kind broadcasts carriers 50, which can be used for content broadcasting by processing capacity, protect Hinder playing efficiency.Wherein, the content 2000 processing is one group of plereme 1000 by the content processing module 20, and point It is other that each plereme 1000 is encoded.
In implementing at of the invention one, the content processing module 20 is arranged at the processing unit 300, so that respectively The processing unit 300 being capable of content 2000 described in independent process.
The content processing module 20 obtains the environmental parameter that the initial module 10 generates.The contents processing mould Block 20 is determined according to the environmental parameter generates the speed of the plereme 1000 and the quality of the plereme 1000, with The content 2000 is converted into the plereme 1000 with corresponding speed and quality.
The content control system further includes a transmission control module 30, and the transmission control module 30 is communicatively coupled to The content processing module 20 and the initial module 10.The transmission control module 30 is obtained from the content processing module 20 The plereme 1000 of the content 2000.The transmission control module 30 carries out at stream the plereme 1000 Reason, obtains an at least content stream 3000.The transmission control mould 30 spreads the defeated content stream 3000.
The initial module 10 monitors transmission environment, obtains a transmission environment parameter.The transmission control module 30 is from institute It states initial module 10 and obtains the transmission environment parameter.The transmission control module 30 is according to the transmission environment parameter selection institute A transmission speed of content stream 3000 is stated, so that the transmission speed can be adapted to transmission environment, ensures efficiency of transmission.
It is noted that the environmental parameter can be sent to the transmission control mould by the content processing module 20 Block 30 obtains described so that the transmission control module 30 directly obtains the environmental parameter from the content processing module 20 Transmission environment parameter.
The content control system further includes a playing control module 40, and the playing control module 40 is communicatively coupled to The transmission control module 30 is to receive the content stream that the transmission control module 30 spreads the defeated content 2000 3000.The playing control module 40 controls the broadcasting of the content 2000.The initial module 10 communicatedly connects The playing environment of the content 2000 is monitored in the playing control module 40.That is, the initial module 10 is in real time The environmental change in 40 playing process of playing control module is monitored, to generate the environmental parameter in real time.
The content processing module 20 obtains the environmental parameter from the initial module 10 in real time.The contents processing mould Block 20 adjusts the generation speed and quality of the plereme 1000 according to the environmental parameter, so that the plereme 1000 It can adapt to the real-time change of playing environment.
When the content processing module 20 generates according to the environmental parameter adjustment speed of the plereme 1000 Quality, the transmission control module 30 receive the plereme 1000 adjusted, carry out stream process.
The transmission control module 30 passes the content stream 3000 generated according to the environmental parameter generated in real time The playing control module 40 is transported to, control is played out by the playing control module 40.The transmission control module 30 is controlled Make the currently playing plereme 1000 of the playing control module 40 and current transmission the plereme 1000 it Between interval in a certain range, to control the transmission delay of the plereme 1000, prevent user from obtaining the content Feel to postpone when 2000.
The environmental parameter tune generated due to the content processing module 20 according to the initial module 10 real time monitoring The plereme 1000 of whole generation, the biography that the transmission control module 30 is generated according to the initial module 10 real time monitoring The adaptable transmission speed of the environmental parameter selection, therefore the available adaptation of the playing control module 40 plays ring The content stream 3000 in border.The playing control module 40 plays the content stream 3000, to play the content 2000.Institute Playing control module 40 is stated to control the content 2000 in a certain range, to ensure user experience.
Wherein, the initial module 10 constructs the processing space 100, and the processing of the content 2000 is empty in the processing Between carry out in 100 so that the processing of the content 2000 is not take up the resource of the one kind broadcasts carriers 50.
The playing control module 40 is communicatively coupled to the one kind broadcasts carriers 50, and the playing control module 40 controls described Broadcasting of the content stream 3000 on the one kind broadcasts carriers 50.Wherein the one kind broadcasts carriers 50 may be implemented as a hardware carrier 51, It may be implemented as a software carrier 52.The one kind broadcasts carriers 50 also may be implemented as operating in the described of the hardware carrier 51 Software carrier 52.
In an embodiment of the invention, the content 2000 is transmitted to a hardware and carried by the processing unit 300 Body 51, the hardware carrier 51 play the content 2000.The initial module 10 monitors the ring of the hardware carrier 51 Border parameter.
In yet another embodiment of the present invention, the content 2000 is transmitted to a software by the processing unit 300 Carrier 52, the software carrier 52 play the content 2000.The initial module 10 monitors the described of the hardware carrier 51 Environmental parameter.
In yet another embodiment of the present invention, the content control system carries the content transmission in a hardware The software carrier 52 that body 51 is run, the software carrier 52 play the content 2000.The initial module 10 monitors described The environmental parameter of hardware carrier 51 and the software carrier 52.
When the one kind broadcasts carriers 50 request the content 2000, the initial module 10 monitors the described of the one kind broadcasts carriers 50 and broadcasts Environment is put, so that the content processing module 20, which generates, is suitable for the content 2000 and the content that the one kind broadcasts carriers 50 play Unit 1000.The initial module 10 monitors the transmission environment between the content control system and the one kind broadcasts carriers 50, So that the transmission control module 30 selects the transmission speed according to the transmission environment, to ensure the content stream 3000 Transmission speed is suitable for the one kind broadcasts carriers 50 and plays in time, ensures user experience.
It is noted that the processing unit 300 is communicatively coupled to the content processing module 20 by described Content processing module 20 handles the content library 200, and the processing unit 300 is communicatively coupled to the transmission control module 30 To carry out stream process by the transmission control module 30, the processing unit 300 is communicatively coupled to the broadcasting control mould Block 40 is to control the content 2000 in the broadcasting of the one kind broadcasts carriers 50.
In one embodiment of the invention, the content processing module 20 and the transmission control module 30 can be set It is placed in the processing unit 300, each processing unit 300 is controlled by the content processing module 20 and the transmission respectively Module 30 is independently processed from the content library 200.In another embodiment of the present invention, the processing unit 300 is communicatedly The content processing module 20 and the transmission control module 30 are connected to handle the content library 200.Wherein, the processing Content library 200 described in 300 independent process of unit.
Similarly, in one embodiment of the invention, it is single to may be placed at the processing for the playing control module 40 Member 300, each processing unit 300 controls the content 2000 in the one kind broadcasts carriers by the playing control module 40 respectively 50 broadcasting.In another embodiment of the present invention, the processing unit 300 is communicatively coupled to the playing control module 40, it is played with controlling the content of the one kind broadcasts carriers 50.
Referring to Fig.1, the initial module 10 includes a processing space creation module 11, the processing space creation module 11 The processing space 100 is created, the processing space 300 provides space for the processing of the content library 200.Wherein, the place Managing space creation module 11 includes a processing unit detection module 111 and a processing unit capability analysis module 112, the processing Unit detection module 111 detects the processing unit 300.The processing unit capability analysis module 112 is communicatively coupled to institute Processing unit detection module 111 is stated, to analyze the processing unit unit detection module 111 processing unit detected 300 processing capacity.
The processing unit detection module 111 detects the processing unit 300.Wherein, the processing unit 100 is divided Enter the processing space 100.The processing unit 300 is located in the processing space 100, and the processing unit 300 is described Data are handled in processing space 100.
The processing unit capability analysis module 112 is communicatively coupled to each processing unit 300, each described to analyze The processing capacity of processing unit 300.The processing unit capability analysis module 112 analyzes the processing of each processing unit 300 Ability, to distribute suitable processing task for the processing unit 300.
The content library processing module 12 is communicatively coupled to each processing unit 300.The content library processing module 12 provide the content library 200 for each processing unit 300, and the processing unit 300 handles the data of the content library 200 To generate the content 2000.
Wherein, the content library processing module 12 includes that a content library carries module 121, and the content library carries module 121 are communicatively coupled to each processing unit 300.The content library is carried module 121 and is carried in each processing unit 300 The content library 200, so that the processing unit 300 obtains the content library 200.The processing unit 300 is handled in described Hold library 200, to generate the content 2000.
Wherein, the different content libraries 200 generates the different contents 2000.Each processing unit 300 can be with Module 121 is carried by the content library and carries the different content libraries 200, the identical content library 200 can also be carried. That is, the content library, which carries module 121, can provide the identical content library for the different processing units 300 200, so that the different processing units 300 is capable of handling the identical content library 200, to generate the identical content 2000.The content library carries module 121 or the different processing units 300 provides the different content libraries 200。
The content library processing module 12 further includes a content library mark module 122, and the content library mark module 122 is logical It is connected to the content library to letter and carries module 121, to obtain the content library 200 that each processing unit 300 carries.Institute It states content library mark module 122 and identifies each content library 200 that each processing unit 300 is handled.Wherein, the content library Mark module 122 identifies each content library 200 that each processing unit 300 is handled.That is, the content library mark Know module 122 to be identified each each content library 200 to be dealt with of processing unit 300, so that each The processing unit 300 differentiates each content library 200.
The initial module 10 further comprises an one kind broadcasts carriers management module 13, the one kind broadcasts carriers management module 13 communication Ground is connected to the one kind broadcasts carriers 50, is played with managing the content of the one kind broadcasts carriers 50.
Wherein, the one kind broadcasts carriers management module 13 includes a request detection module 131.When the one kind broadcasts carriers 50 needs are broadcast The content 2000 is put, which issues a playing request.The request detection module 131 is communicatively coupled to this and broadcasts Carrier 50 is put to receive the playing request.
The one kind broadcasts carriers management module 13 further comprises an one kind broadcasts carriers link block 132, which connects mould Block 132 is communicatively coupled to the request detection module 131, and the one kind broadcasts carriers link block 131 is from the request detection module 131 obtain the one kind broadcasts carriers 50 for issuing the playing request, to determine the one kind broadcasts carriers 50 for needing to carry out content broadcasting.It should One kind broadcasts carriers link block 132 is that the one kind broadcasts carriers 50 distribute the processing unit 300, so that the processing unit 300 is should One kind broadcasts carriers 50 provide the content 2000, play out for the one kind broadcasts carriers 50.
Wherein, which includes a requirement analysis module 1321, the requirement analysis module 1321 It is communicatively coupled to the request detection module 131, to obtain the playing request.The requirement analysis module 1321 analyzes institute The requested content 2000 of playing request is stated, determines that the one kind broadcasts carriers 50 request the institute in 2000 source of the content played State content library 200.The one kind broadcasts carriers link block 132 further includes a processing unit distribution module 1322, the processing unit point It is communicatively coupled to the requirement analysis module 1321 with module 1322, requests the described interior of broadcasting to obtain the one kind broadcasts carriers 50 Hold 2000.
The processing unit distribution module 1322 is communicatively coupled to the content library processing module 12, with from the content Library processing module 12 obtains processing and generates the processing unit 300 that the content library 200 of the content 2000 is carried, That is the processing unit distribution module 1322 can generate the content from 12 acquisition of content library processing module processing The processing unit 300 of 2000 content library 200.The processing unit analysis module 1322 is by the processing unit 300 distribute to the one kind broadcasts carriers 50, and the processing unit distribution module 1322 connects the processing unit 300 and the one kind broadcasts carriers 50, so that the processing unit 300 handles the content library 200, the content 2000 is provided for the one kind broadcasts carriers 50.
It is noted that each processing unit 300 is equipped with multiple and different content libraries 200, the place Reason unit 300 handles the different content libraries 200, to generate the different contents 2000.When the one kind broadcasts carriers 50 and institute After stating the connection of processing unit 300, the processing unit 300 is that the one kind broadcasts carriers 50 provide the broadcasting clothes of the content in certain time Business.When 50 first passage of the one kind broadcasts carriers sending playing request, it is connect with the processing unit 300, the processing unit After 300 provide the requested content 2000 of the playing request for the one kind broadcasts carriers 50, which can continue The playing request is issued, with the content 2000 that please be look for novelty.The processing unit 300 receives the new playing request, Analyze the content library 200 that the playing request requests 2000 source of the content played.At the processing unit 300 It manages the corresponding content library 200 and meets the playing request of the one kind broadcasts carriers 50 to generate the content 2000.
Wherein, the content library mark module 122 identifies each content library 200, and the processing unit 300 passes through carrying Each content library 200 mark, the content 2000 that each content library 200 can generate can be recognized.The broadcasting Carrier management module 13 recognizes each content library 200 by the mark of each content library 200.
The request detection module 131 obtains the playing request from the one kind broadcasts carriers 50.The requirement analysis mould Block 1321 analyzes the content library 200 in requested 2000 source of content of the playing request, will generate institute The mark for stating the content library of content 2000 assigns the playing request.The acquisition of processing unit distribution module 1322 has The playing request of mark, to distribute the content library 200 equipped with like-identified according to the mark of the playing request The content library 200 so that the processing unit 300 and the one kind broadcasts carriers 50 are connected with each other.
Wherein, since the different processing units 300 can handle the identical content library 200, make it possible to full The quantity of the processing unit 300 of the playing request of the foot one kind broadcasts carriers is not limited to one.Therefore, the processing unit Distribution module 1322 preferably distributes the idle processing unit 300 to the one kind broadcasts carriers 50.When the processing unit 300 not It is attached with any one kind broadcasts carriers 50, the processing unit is in idle condition.At 1322 detection of processing distribution module In spatiality, and it can satisfy the processing unit 300 that the broadcasting carries the 50 broadcasting demand.The processing unit point The one kind broadcasts carriers 50 are distributed to the processing unit 300 that module 1322 will test, so that the one kind broadcasts carriers 50 and institute Processing unit 300 is stated to connect with being in communication with each other.
The one kind broadcasts carriers management module 13 further includes an adapter tube module 133, and the adapter tube module 133 is communicatively coupled to this One kind broadcasts carriers link block 132.The adapter tube module 133 obtains interconnected described from the one kind broadcasts carriers link block 132 Processing unit 300 and the one kind broadcasts carriers 50.Wherein, the adapter tube module 133 indicates that the processing unit 300 is taken over the broadcasting and carried Body 50.The one kind broadcasts carriers 50 play relevant operate and handle for content and are taken over by the processing unit 300 and handled.
When the one kind broadcasts carriers link block 132 connects the processing unit 300 and the one kind broadcasts carriers 50, the processing unit 300 can provide content for the one kind broadcasts carriers 50 plays service.Since the content library 200 is equipped on the processing unit 300, which need not carry the content library 200, and the processing unit 300 handles the data of the content library 200 To generate the content 2000, and the one kind broadcasts carriers 50 receive the content 2000 that the processing unit 300 is sent, and carry out The broadcasting of the content 2000.The one kind broadcasts carriers 50 need not voluntarily handle the content library 200 to carry out the content 2000 It plays.
It when the one kind broadcasts carriers 50 receive the content 2000 that the processing unit 300 generates, and plays out, uses this The user of one kind broadcasts carriers 50 can interact with the content 2000.When user and the content 2000 interact, user An operation can be applied to the content 2000.The operation is sent to the processing unit 300 by the one kind broadcasts carriers 50, by described Processing unit 300 is handled.
The processing space 100 includes one group of processing unit 300, when multiple 50 request contents of one kind broadcasts carriers play, institute Stating one kind broadcasts carriers management module 13 is preferably that each one kind broadcasts carriers 50 distribute the idle processing unit 300, so as to respectively broadcast Put carrier 50 and each processing unit 300 carry out one-to-one connection, that is to say, that preferably, each one kind broadcasts carriers 50 with it is single Processing unit 300 is attached, and each processing unit 300 is only that an one kind broadcasts carriers 50 are serviced in the same time. When the one kind broadcasts carriers 50 obtain the content 2000 of needs, and no longer issue the new playing request, the one kind broadcasts carriers 50 and the processing unit 300 can disconnect.
Since each processing unit 300 can handle multiple and different content libraries 200, which can To request to be equipped on the content 2000 of each content library 200 of the processing unit 300.Therefore, the request inspection It surveys module 131 and detects the requested content 2000 of the one kind broadcasts carriers, and analyze the institute that can generate the content 2000 State content library 200.Wherein, the requirement analysis module 1321 analyzes the institute of the requested content 2000 of the playing request The mark of content library 200 is stated, so that the processing unit 300 determines that meeting the broadcasting asks by the mark of the playing request The content library 200 asked.When the one kind broadcasts carriers 50 request another content 2000, the processing unit 300 can basis The mark of the new playing request determines the content library 200 for generating another content 2000.
It is requested that is, the mark of the content library 200 differentiates the playing request convenient for the processing unit 300 The content 2000 source.
It connect, please no longer look for novelty to the one kind broadcasts carriers 50 described interior from the one kind broadcasts carriers 50 with the processing unit 300 Hold 2000 in period for disconnecting with the processing unit 300, the processing unit 300 passes through the adapter tube module 133 take over the relevant treatment that the one kind broadcasts carriers 50 play content, citing ground, and user carries 50 pairs of contents by the broadcasting 2000 operations carried out, are sent to the processing unit 300 by the one kind broadcasts carriers 50 and are handled, the one kind broadcasts carriers 50 are for institute The processing for stating the generation of content 2000 is taken over by the processing unit 300.
The initial module 10 further comprises an environmental monitoring module 14, and the processing unit 300 is communicatively coupled to The environmental monitoring module 14 is to carry out environmental monitoring to the one kind broadcasts carriers 50 by the environmental monitoring module 14.The environment Monitoring module 14 monitors an ambient conditions, to obtain an environmental parameter.The environment ginseng that the environmental monitoring module 14 monitors Number includes the parameter for influencing data processing, citing ground but is not limited to the hardware device for needing to carry out data processing and software carrier Situation, for example, hardware device performance, current data processing the case where and running environment, the application layer software of software etc..
The environmental monitoring module 14 monitors transmission environment, obtains a transmission environment parameter.The transmission control module 30 The transmission environment parameter is obtained from the environmental monitoring module 14.The transmission control module 30 is joined according to the transmission environment Number selects a transmission speed of the content stream 3000, so that the transmission speed can be adapted to transmission environment, ensures transmission effect Rate.
The environmental monitoring module 14 includes a playing environment monitoring module 141 and a transmission environment monitoring module 142, institute It states broadcasting sublimity monitoring module 141 and is connected to the one kind broadcasts carriers 40, to monitor a playing environment of the one kind broadcasts carriers 50.The biography Defeated environmental monitoring module 142 monitors a transmission environment.Wherein, the transmission environment monitoring module 142 monitors the content stream 3000 are transferred to the transmission environment during the one kind broadcasts carriers 40 play out.The playing environment monitoring module 141 The playing environment is monitored, the parameter of analyzing influence playing efficiency generates an at least playing environment parameter.The transmission environment prison Control module 142 monitors the transmission environment, and the elaboration of analyzing influence efficiency of transmission generates an at least transmission environment parameter.
The playing environment monitoring module 141 monitors performance, real time data amount, the energy, the content matter of the one kind broadcasts carriers 40 Amount demand etc., such as the requirement of data-handling capacity, the processing capacity currently occupied, the image quality of game picture.
The transmission environment monitoring module 142 monitors the transmission environment, and the transmission environment is to influence the content stream Network speed, transmitted data amount of 3000 efficiencies of transmission etc..
The environmental monitoring module 14 includes an environmental analysis module 143, and the environmental analysis module 143 communicatedly connects In the playing environment module 141 and the transmission environment module 12.The environmental analysis module 13 is from the playing environment mould Block 141 obtains the playing environment parameter.The environmental analysis module 143 obtains the biography from the transmission environment module 142 Defeated environmental parameter.The environmental analysis module 143 is obtained according to the playing environment parameter and the transmission environment Parameter analysis One environmental parameter.
Wherein, the environmental analysis module 143 includes a process capability analysis module 1431.The process capability analysis mould Block 1431 is according to a throughput of the playing environment Parameter analysis one kind broadcasts carriers 50.The process capability analysis module 1431 obtain the data volume of the current one kind broadcasts carriers 50 processing according further to the playing environment parameter.The processing capacity Analysis module 1431 analyzes total processing energy that the currently processed data of the one kind broadcasts carriers 50 need to occupy the one kind broadcasts carriers 50 The part of power.The part that the process capability analysis module 1431 is not occupied the throughput by currently processed data is raw As a rest processing capacity.
The environmental analysis module 143 includes an ability to play analysis module 1432, the ability to play analysis module 1432 are communicatively coupled to the one kind broadcasts carriers 50 to analyze the quality model for the content 2000 that the one kind broadcasts carriers 50 can play It encloses.The ability to play analysis module 1432 is true according to the mass range for the content 2000 that the one kind broadcasts carriers 50 can play A fixed content quality section.Wherein, the content quality section has a upper limit, and the upper limit in the content quality section is broadcast for this Put the best quality that the content 2000 that carrier 50 has the ability to play has.
Citing ground, the resolution ratio for the picture which can play is up to 1440 × 2560, the one kind broadcasts carriers 50 ability to play is by resolution limiting 1440 × 2560 and content below.
The environmental analysis module 143 includes a broadcasting requirement analysis module 1433, the broadcasting requirement analysis module 1433 are communicatively coupled to the playing environment monitoring module 141, with according to the playing environment monitoring module 141 to the broadcasting The monitoring of carrier 50 analyzes the play quality that the requested content 2000 of the one kind broadcasts carriers 50 needs, generates a content and broadcast Put demand.
The environmental analysis module 143 further includes a transmittability analysis module 1434, the transmittability analysis module 1434 are communicatively coupled to the transmission environment monitoring module 142, wherein the transmittability analysis module 1434 analyze it is described Transmission environment parameter obtains a transmittability.
The environmental monitoring module 14 further comprises an environmental parameter feedback module 14, the environmental parameter feedback module 14 are communicatively coupled to the environmental analysis module 143 to obtain each parameter, generate the environmental parameter.The environmental parameter is anti- Present the rest processing capacity that module 14 obtains the one kind broadcasts carriers 50 from the process capability analysis module 1431.The environment Parameter feedback module 14 obtains the content quality section and the content quality area from the ability to play analysis module 1432 Between the upper limit.The environmental parameter feedback module 14 obtains the content broadcasting from the broadcasting requirement analysis module 1433 and needs It asks.The environmental parameter feedback module 14 obtains the transmittability from the transmittability analysis module 1434.
The environmental parameter feedback module 14 is by the rest processing capacity, the content quality section and the content matter Measure the upper limit in section, the content plays demand and the transmittability is generated as the environmental parameter.The environmental parameter is anti- It presents module 14 and the environmental parameter is fed back into the content processing module 20.
When the one kind broadcasts carriers 50 send the playing request, and the processing unit is connected to by the initial module 10 300, the processing unit 300 handles the playing request, to provide the content 2000 for the one kind broadcasts carriers 50.The processing Unit 300 is communicatively coupled to the content processing module 20 to handle the content library 200 according to the playing request.
Specifically, the content processing module 20 further comprises a content generating module 21, the content generating module 21 generate the content 2000.The content processing module 20 further includes a plereme generation module 22, the plereme Generation module 22 is communicatively coupled to the content generating module 21 to obtain the content 2000.The plereme generates mould Block 22 handles the content 2000, generates one group of plereme 1000.The content 2000 is by interior described at least one Hold the formation of unit 1000.
The content processing module 20 further includes a coding module 23, and the coding module 23 is communicatively coupled in described Hold unit generation module 22.The coding module 23 encodes each plereme 1000 each described interior to identify Hold unit 1000.The coding module 23 assigns each 1,000 1 identification code of the plereme.Each plereme 1000 identification code includes the information of the plereme 1000, including but not limited to resolution ratio, network receiving time, mark Know code time, serial number etc..
The processing unit 300 handles the content library 200 by the content processing module 10 to generate the content 2000 plereme 1000.The processing unit 300 is communicatively coupled to the transmission control mould 30 to described interior Hold unit 1000 and carries out transmission process.Wherein, the processing unit 300 is by the transmission control module 30 to the content list Position 1000 carries out stream process.
The transmission control module 30 includes elegant transmission module 31, and the stream transmission module 31 is communicatively coupled to described Content processing module 20, with the plereme 1000 to the content 2000 caused by the content processing module 20 into Row stream process.Plereme 1000 described in 31 stream process of stream transmission module obtains the content stream 3000.Wherein, the stream Transmission module 31 carries out stream process the group plereme 1000, obtains the content of the group plereme 1000 Stream 3000.
The stream transmission module 31 will transmit the plereme 1000 of the content 2000 in the form of streaming.The stream The content stream 3000 is transmitted to the playing control module 40 by transmission module 31, controls institute for the playing control module 40 Content 2000 is stated in the broadcasting of the one kind broadcasts carriers 50.Due to the content 2000 in the form of the content stream 3000 by the stream Transmission module 31 is transmitted, and the stream transmission module 31 will constantly transmit the group plereme in the form of streaming 1000, the playing control module 40 also constantly receives the group plereme in the form of the content stream 3000 1000, to play the content stream 3000, form the content 2000.
The plereme generation module 22 by the content 2000 be converted to one group described in plereme 1000, with The plereme 1000 carries out data transmission for unit, can reduce the transmission quantity of unit data.And the stream transmission module 31, by 1000 stream process of plereme, connect the plereme 1000 in the form of the content stream 3000 Continuous constantly to transmit, the preceding part plereme 1000 of the group plereme 1000 is transferred into the corresponding processing of row When, the remaining plereme 1000 will be also transmitted consecutively over the non-scheduled traffic channel, wait for handling so that processing can continuously into Row improves efficiency of transmission without waiting the complete content 2000 to be carried out after end of transmission.Such as the parsing module 32 continuously can be decoded the plereme 1000 in the form of the content stream 3000, confirm presently described spread Defeated module carries out spreading the defeated plereme 1000.
Wherein, each plereme 1000 in the content stream 3000 has the respective identification code, with mark Know each plereme 1000.
The transmission control module 30 further comprises a parsing module 32, and the parsing module 32 is communicatively coupled to institute Stream transmission module 31 is stated, to parse the identification code of the plereme 1000 in the content stream 3000, is determined current The stream transmission module 31 carries out spreading the defeated plereme 1000.
The transmission control module 30 further comprises a transmission speed selecting module 33, the transmission speed selecting module The environmental monitoring module 14 is communicatively coupled to obtain the environmental parameter.The transmission speed selecting module 33 parses institute The transmission environment for stating environmental parameter selects a transmission speed of the content stream 3000.31 basis of stream transmission module The transmission speed that the transmission speed selecting module 33 selects spread defeated.
The content processing module 20 obtains the environmental parameter from the environmental monitoring module 14.Wherein, the content Processing module 20 obtains the rest processing capacity of the one kind broadcasts carriers 50, the content quality section according to the environmental parameter The upper limit and the content play demand.The content processing module 20 determines 2000 He of content according to the environmental parameter The generation speed and quality of the plereme 1000.
Specifically, the content processing module 20 further comprises an ambient parameter analysis module 24, the environmental parameter Analysis module 24 is communicatively coupled to the environmental parameter feedback module 14, to obtain institute from the environmental parameter feedback module 14 State environmental parameter.The ambient parameter analysis module 24 obtains at the residue of the one kind broadcasts carriers 50 according to the environmental parameter Reason ability, the content quality section, the upper limit in the content quality section, the content play demand and the transmission energy Power.
The plereme generation module 22 obtains described in the environmental parameter from the ambient parameter analysis module 24 Rest processing capacity, the content quality section, the content play demand and the transmittability.The plereme generates Module 22 is determined according to the environmental parameter generates the speed of the plereme 1000 and the matter of each plereme 1000 Amount.
The plereme generation module 22 is good according to the ability to play of the ambient parameter analysis one kind broadcasts carriers 50, And transmission environment is good, then the plereme generation module 22 generates mark
The plereme generation module 22 includes that a standard content unit generation module 221 and a Suitable content unit are raw At module 222.The standard content unit generation module 221 is communicatively coupled to the content generating module 21 described in acquisition Content 2000.The content 2000 processing is one group of standard content unit by the standard content unit generation module 221.It is described The content 2000 processing is one group of Suitable content unit by Suitable content unit generation module 222.
The normal play of the content 2000 is realized that the content 2000 is able to carry out standard by the standard content unit The playing environment and the transmission environment played needs to reach a standard parameter, when the playing environment and the transmission ring Border, which reaches, to be handled the content 2000 for the environmental requirement of the standard content unit 1000 according to the standard parameter, The standard content unit generation module 221 generates the standard content unit.
Wherein, the standard parameter be the content 2000 can normal play, and the environmental requirement being readily accessible by the user.When Environmental requirement meets the standard parameter, and the content 2000 plays out, and user can experience when obtaining the content 2000 Less than delay.
Ambient conditions meets the standard parameter, and the content 2000 is played out in a standard section content.Wherein institute Stating standard section is that the content 2000 carries out smooth playing, and the section of play quality speed and quality appropriate.Namely It says, when the playing environment and the transmission environment meet the standard parameter, the broadcasting speed of the content 2000 and broadcasting Quality is in the standard section.
The ambient parameter analysis module 24 analyzes the environmental parameter and meets the standard parameter, the standard content list It is one group of standard content unit that position generation module 221, which handles the content 2000,.The broadcasting speed of the standard content unit and Play quality is in the standard section.
Wherein, the standard content unit generation module 221 analyzes the concrete condition of the environmental parameter, in the mark Value of the selective value as the speed and quality for generating the standard content unit in quasi- section.
The environmental monitoring module 10 monitors the case where environment in real time, and feeds back to the content processing module 20.It is described The ambient parameter analysis module 24 of content processing module 20 analyzes the environmental parameter in real time, and is given birth to by the plereme It is obtained in real time at module 22.When the ambient parameter analysis module 24 analyzes the environmental parameter in the range of the standard parameter Interior variation, the standard content unit generation module 221 generate the speed of the standard content unit in the standard interval selection The quality of degree and each standard content unit.That is, the standard content unit generation module 221 can real-time basis Variation of the environmental parameter within the scope of the standard parameter, in real time adjustment generate the speed of the standard content unit and each The quality of the standard content unit.
The ambient parameter analysis module 24 obtains the standard parameter from the content generating module 21.The environment ginseng Number analysis module 24 analyzes the standard parameter and the environmental parameter, when the ambient parameter analysis module 24 analyzes the ring For border parameter not in the range of the environmental parameter, the ambient parameter analysis module 24 analyzes the content 2000 can not be according to The speed and quality in the standard section plays out.The environmental parameter is fed back to institute by the ambient parameter analysis module 24 State Suitable content unit generation module 222.The content 2000 processing is one group by the Suitable content unit generation module 222 Suitable content unit.The Suitable content unit generation module 222 according to the environmental parameter determine be suitable for environment speed and Quality.Wherein, the Suitable content unit generation module 222 is according to the speed for being suitable for the playing environment and the transmission environment And quality, generate the Suitable content unit.The quality of the speed of the Suitable content unit and each Suitable content unit Facile transport is carried out suitable for the transmission environment, is also suitable for the playing environment and carries out smooth playing.
Preferably, the Suitable content unit generation module 222 adjusts the speed and quality of the Suitable content unit In to the standard section.
It is noted that the speed and quality of the plereme 1000 is the transmission of the plereme 1000 and broadcasts The quality of the speed and each plereme 1000 put.The quality of the plereme 1000 can be joined by resolution ratio etc. Number is to determine.
The Suitable content unit generation module 222 is communicatively coupled to the content generating module 21, described in obtaining Content 2000.The Suitable content unit generation module 222 generates one group of Suitable content unit according to actual ambient conditions.
When the playing environment and the transmission environment can not up to be handled the content 2000 in the standard Hold the environmental requirement of unit, the Suitable content unit generation module 222 handles the content 2000 for the Suitable content Unit.
The Suitable content unit generation module 222 obtains the standard from the standard content unit generation module 221 Plereme.The Suitable content unit generation module 222 is according to the reality of the standard content unit and the environmental parameter Ambient conditions adjusts the standard content unit, to generate the Suitable content unit, so that the Suitable content unit is suitable for The actual playing environment and the transmission environment.
In yet another embodiment of the present invention, the Suitable content unit generation module 222 is by the content 2000 Processing is Suitable content unit described in one group.When to analyze the environmental parameter not up to described for the ambient parameter analysis module 24 Standard parameter, the ambient parameter analysis module 24 send an adjustment signal to the one kind broadcasts carriers 50, the one kind broadcasts carriers 50 The playing environment is adjusted according to the adjustment signal.The one kind broadcasts carriers 50 adjust the transmission ring according to the adjustment signal Border.The one kind broadcasts carriers 50 adjust environment to meeting the standard parameter according to the adjustment signal.The environmental monitoring mould Block 10 monitors the environment of the one kind broadcasts carriers 50, generates the environmental parameter adjusted.The environmental parameter feedback module 24 Analyze the requirement that the environmental parameter reaches the standard parameter.The Suitable content unit generation module 222 selects the mark Value in quasi- section, to determine the speed and quality for generating the Suitable content unit.The Suitable content unit generation module 222 handle the content 2000 for one group of Suitable content unit.When the ambient parameter analysis module 24 is according to the environment The rest processing capacity of the Parameter analysis one kind broadcasts carriers 50 handles the broadcasting of the content 2000 enough, the one kind broadcasts carriers 50 Can normal play form the plereme 1000 of the content 2000.
The ambient parameter analysis module 24 analyzes the environmental parameter, determines the playing environment and the transmission environment Reach the environmental requirement of the standard parameter, the ambient parameter analysis module 24 feeds back to the standard content for result is analyzed Unit generation module 221, the standard content unit generation module 221 generate the standard content unit.
The coding module 23 obtains the standard content unit from the standard content unit generation module 221.It is described Coding module 23 encodes the standard content unit, assigns the one standard logo code of standard content unit.The mark Quasi- identification code identifies quality, transmission speed, resolution ratio, the network receiving time, identification code time, sequence of the standard content unit Number etc..That is, the standard content unit is broadcast when the coding module 23 encodes the standard content unit It puts quality and transmission speed requires mark in the standard logo code.
The playing environment according to the ambient parameter analysis of ambient parameter analysis module 24 and the transmission environment The environmental requirement of the not up to described standard parameter, the Suitable content unit generation module 222 generate the Suitable content unit.
The coding module 23 obtains the Suitable content unit from the Suitable content unit generation module 222.It is described Coding module 23 encodes the Suitable content unit, assigns the Suitable content unit one and adjusts identification code.The tune Whole identification code identifies quality, transmission speed, resolution ratio, the network receiving time, identification code time, sequence of the Suitable content unit Number etc..That is, the Suitable content unit is broadcast when the coding module 23 encodes the Suitable content unit It puts quality and transmission speed requires mark in the adjustment identification code.
If the playing environment that the ambient parameter analysis module 24 analyzes the one kind broadcasts carriers 50 is good, it is suitable in described Hold 2000 to play out according to standard, the ambient parameter analysis module 24 issues a normal play signal, the standard content Unit generation module 221 receives the normal play signal.The standard content unit generation module 221 is by the content 2000 It is converted to and meets standard content unit described in one group of the standard parameter.
If the ambient parameter analysis module 24 is analyzed, the playing environment is poor, is unsuitable for the described interior of playing standard quality Hold 2000, then the ambient parameter analysis module 24 issues an adjustment play signal, in an example of the invention, the tune Whole plereme generation module 222 is converted to one group of low-quality institute according to the adjustment play signal, by the content 2000 State Suitable content unit.In another example of the invention, described in the adjustment of Suitable content unit generation module 222 generates The speed of plereme 1000.When the ambient parameter analysis module 24 issues the signal that debases the standard, the Suitable content Unit generation module 222 reduces the speed for generating the plereme 1000, reduces and generates the plereme in the unit time 1000 quantity.
The coding module 23 encodes the standard content unit, assigns standard described in the standard content unit Identification code.It is the standard section according to the content 2000 by institute that the standard logo code, which identifies the standard content unit, State the generation of standard content unit generation module 222.
The coding module 23 encodes the Suitable content unit, assigns adjustment described in the Suitable content unit Identification code.The adjustment identification code identifies the standard section that the Suitable content unit is the relatively described content 2000 and combines The environmental parameter is adjusted and generates.
The transmission control module 30 receives the plereme 1000, and carries out at stream to the plereme 1000 Reason.The plereme 1000 includes the standard content unit and the Suitable content unit.
The transmission control module 30 receives stream transmission module 31 described in the standard content unit to the standard content Unit carries out stream process, obtains a standard content stream.The parsing module 32 obtains in each institute's standard of the standard content stream Hold the standard logo code of unit.The parsing module 32 parses the standard logo code, analyze the standard content stream by The standard content unit composition.The standard mark that the transmission speed selecting module 33 is parsed according to the parsing module 32 Know code and selects the transmission speed in the standard section.
That is, when the stream transmission module 31 receives the content stream 3000, the parsing module 32 parses institute State the identification code of each plereme 1000 of content stream 3000.The parsing module 32 parses the identification code as institute State standard logo code, the parsing module 32 determine described in spread defeated 31 receive one group described in standard content unit.The biography It is described that defeated speed selecting module 33, which parses the identification code that the plereme 1000 obtains according to the parsing module 32, Standard logo code selects the transmission speed in the standard section.
The transmission speed selecting module 33 is by the standard content stream according to the standard speed for being suitable for the content 2000 It is transmitted to the playing control module 40, is played out and is controlled by the playing control module 40.
Wherein the transmission speed selecting module 33 is spread defeated according to the currently playing plereme 1000 and currently The plereme 1000 between difference real-time condition come adjust transmission speed in real time so that difference is maintained at described pre- If in range.
The transmission control module 30 receives the Suitable content unit.The stream transmission module 31 is to the Suitable content Unit carries out stream process, obtains a Suitable content stream.The parsing module 32 obtain the standard content stream it is each adjust in Hold the adjustment identification code of unit.The parsing module 32 parses the adjustment identification code, analyze the standard content stream by The Suitable content unit composition.The adjustment mark that the transmission speed selecting module 33 is parsed according to the parsing module 32 Know code and selects the transmission speed.
When the Suitable content unit that the parsing module 32 parses the adjustment identification code mark is needed according to described The speed in the standard section that content 2000 plays carries out, then the transmission speed selecting module 33 is in the standard section The interior selection transmission speed.When the parsing module 32 parses the Suitable content unit of the adjustment identification code mark Transmission speed requires to reduce speed, then the transmission speed selecting module 33 selects the transmission speed for low speed transmissions.Choosing Select the transmission speed relative to the smaller speed of value in the standard section for the content stream 3000.When the parsing The transmission speed that module 32 parses the Suitable content unit of the adjustment identification code mark requires to improve speed, then described Transmission speed selecting module 33 selects the transmission speed for high-speed transfer.Wherein improving speed is the relatively described content 2000 It plays and the standard requirements of transmission needs bigger value of regulating the speed.
That is, when the stream transmission module 31 receives the content stream 3000, the parsing module 32 parses institute State the identification code of each plereme 1000 of content stream 3000.The parsing module 32 parses the identification code as institute State adjustment identification code, the parsing module 32 determine described in spread defeated 31 receive one group described in Suitable content unit.The biography It is described that defeated speed selecting module 33, which parses the identification code that the plereme 1000 obtains according to the parsing module 32, Identification code is adjusted, the transmission speed or the adjustment transmission speed are selected in standard section, or be in the standard section Select the transmission speed.
The transmission speed selecting module 23 select the suitable transmission speed content stream 3000 is transmitted to it is described Playing control module 40 controls the content stream 3000 in the broadcasting of the one kind broadcasts carriers 50 by the playing control module 40.Its In, the content stream 3000 can be the standard content stream, or the Suitable content stream, or the standard The combination of content stream and the Suitable content stream.
It is in described when the processing unit 300 controls mould 30 for 1000 stream process of plereme by the transmission Hold stream 3000, the processing unit 300 is communicatively coupled to the playing control module 40 to handle the content stream 3000 It plays.
The processing unit 300 by the playing control module 40 by the content stream 3000 the one kind broadcasts carriers 50 into Row plays.That is, the content 2000 is converted to the content stream 3000, the content stream by the processing unit 300 3000 are sent to the one kind broadcasts carriers 50 by the processing unit 300, which plays the content stream 3000
The playing control module 40 receives the content stream 3000.The playing control module 40 is communicatively coupled to this One kind broadcasts carriers 50, to control the content stream 3000 in the direct broadcasting of the one kind broadcasts carriers 50.The processing unit 300 is communicatedly It is connected to the playing control module 40, is carried with controlling the content stream 3000 by the playing control module 40 in the broadcasting The broadcasting of body 50.
The playing control module 40 includes a decoder module 41, and the decoder module 41 is communicatively coupled to the transmission Control module 30, to receive the content stream 3000.The decoder module 41 is to the content list in the content stream 3000 The identification code of position 1000 is decoded, and parsing obtains the information for the plereme 1000 for currently needing to play.
Wherein, the identification code is implemented as a serial number, and the identification code identifies each plereme by serial number 1000.The decoder module 41 decodes the identification code of the currently playing plereme 1000, obtains the content list The serial number of position 1000.Meanwhile the coding module 23 encodes the plereme 1000 of the content stream 3000, passes through serial number Identify the plereme 1000 that the content processing module 20 is currently generated.
It is defeated that the transmission control module 30 controls spreading for the content stream 3000.The parsing module 32 is spread from described Defeated module 31, which obtains, currently to spread parsing module 32 described in the defeated plereme 1000. and parses the plereme 1000 The identification code obtains the serial number, currently spreads the defeated plereme 1000 with determination.
By the serial number of the currently playing plereme 1000 and currently spread the defeated plereme 1000 Difference between serial number determines that the plereme 1000 of the broadcasting of one kind broadcasts carriers 50 and present encoding are finished and spread 1000 quantity of the plereme being spaced between the defeated plereme 1000.Play the plereme 1000 and work as Preceding coding, which finishes, spread 1000 quantity of the plereme being spaced between the defeated plereme 1000 and is controlled in In one preset range.After the decoder module 41 decodes the identification code, 1000 quantity of the plereme at interval is analyzed Beyond the preset range, the decoder module 41 feeds back to the transmission control module 30.The transmission speed selecting module The 33 adjustment transmission speeds, the stream transmission module 31 improve the transmission speed of the content stream 3000, with control room every The quantity of the plereme 1000 is maintained in the preset range.
The speed of the adjustment transport stream transmission in real time of the transmission control module 30, with control room every the plereme 1000 quantity, control delay.Wherein, the parsing module 32 of the transmission control module 30, which parses, currently spreads defeated institute State the serial number of plereme 1000.
The playing control module 40 includes a playing module 42, and the playing module 42 is communicatively coupled to the transmission Control module 30 is to receive the content stream 3000, and the broadcasting mould 42 is communicatively coupled to the one kind broadcasts carriers, in the broadcasting Carrier 50 plays the content stream 3000.
The decoder module 41 connects the playing module 42 communicatedly with the institute currently playing to the playing module 42 It states plereme 1000 to be monitored, confirms the described of presently described playing module 42 plereme 1000 being played on Identification code.
Wherein, in one embodiment of the invention, the decoder module 41 can receive the content stream 3000 first, The plereme 1000 of the content stream 3000 is decoded, confirms the identification code of the plereme 1000 Afterwards, the plereme 1000 is sent to the playing module 42, is played out by the playing module 42, so that the solution Code module 41 monitors the currently playing plereme 1000 and the identification code of the playing module 42 in real time.
In another embodiment of the present invention, the playing module 42 is directly received from the transmission of transmission control module 30 The content stream 3000, and play the content stream 3000, the decoder module 41 are connected to the playing module 42 with real-time The plereme 1000 that presently described playing module 42 is received and played out is decoded, to monitor the playing module in real time The 42 currently playing pleremes 1000 and the identification code.
That is, the decoder module 41 monitors the institute for the content stream 3000 that presently described playing module 42 plays Plereme 1000 is stated, decoding obtains the identification code of the plereme 1000.
The playing control module 40 further comprises a collection module 43, and the collection module 43 is communicatively coupled to institute Playing module 42 is stated, to collect the environmental information when playing module 42 plays.Described in 43 real-time detection of collection module The playing environment of playing module 42, confirmation influence the factor of broadcasting speed and quality, are generated as a playing environment information.Wherein, The playing environment information includes playing the performance of medium, such as the performance and bandwidth of playback equipment, communication speed, plays number According to a variety of factors for influencing playing efficiency such as amount, the energy, storage.
The collection module 43 is communicatively coupled to the transmission control module 30, to detect the transmission control module 30 The case where transmission path between the playing control module 40, collect the transmission environment information.Wherein, the collection mould Block 43 collects the information for influencing content stream 3000 transmission speed and quality, generates a transmission environment information.Wherein, the biography Defeated environmental information includes but is not limited to a variety of shadows such as current transmitted data amount, the network site of transmission medium, bandwidth, transmission path Ring the factor of efficiency of transmission.
That is, the collection module 43, which is used to collect, influences information content stream 3000 transmission and played, with The transmission and broadcasting of the content stream 3000 are detected and monitored.
The collection module 43 is communicatively coupled to the decoder module 41 to obtain the decoding of decoder module 41 gained The identification code of the plereme 1000.
The playing control module 40 further comprises a feedback module 44.The feedback module 44 is communicatively coupled to institute Decoder module 41 is stated, to obtain the identification code that the decoder module 41 decodes resulting presently described plereme 1000. The feedback module 44 feeds back the identification code that the decoder module 41 decodes resulting presently described plereme 1000 To the transmission control module 30, so that the transmission control module 30 confirms the institute that presently described playing control module 40 plays State the plereme 1000 of content stream 3000.In another example of the invention, the feedback module 44 is from the receipts Collection module 43 obtains the identification code of the decoding of decoder module 41 gained plereme 1000.
The feedback module 44 is communicatively coupled to the collection module 43 to receive the institute that the collection module 43 is collected State playing environment information and the transmission environment information.
The feedback module 44 transmission environment information, the playing environment according to collected by the collection module 43 The identification code of information and the decoded currently playing plereme 1000 of the decoder module 41 is fed back.Institute It states feedback module 44 and feeds back to the environmental monitoring module 14.The environmental analysis module 143 analyze the transmission environment information, The playing environment information and the identification code obtain a real time environment parameter.The real time environment parameter includes described in influence The correlative factor and real-time change content stream 3000 transmission and played.
The real time environment parameter is sent to the ambient parameter analysis module 24 by the environmental analysis module 143, with Real-time playing environment and transmission environment are analyzed for the ambient parameter analysis module 24.22 knot of plereme generation module The real time environment parameter that the ambient parameter analysis module 24 is analyzed is closed, the content 2000 is handled.
Wherein, the ambient parameter analysis module 24 receives the real time environment ginseng that the environmental feedback module 14 is fed back Number obtains the real-time playing environment information and transmission environment information, influences to broadcast when confirming that the playing module 42 plays Put the information of speed and quality.
The ambient parameter analysis module 24 real time environment parameter and the standard parameter, when the real-time ring Border parameter is not up to the standard parameter, and the plereme generation module 22 is according to the real time environment parameter and the standard Difference between parameter adjusts the specification of the plereme 1000, so that the plereme 1000 generates and the speed of transmission Degree and quality adaptation playing environment, ensure the playing efficiency of the content 2000.It is broadcast described in being shown when the playing environment information The currently playing efficiency of amplification module 42 is adversely affected, speed and/or quality decline, and the not up to described standard parameter is described interior Hold lower specification of the selection of unit generation module 21 relative to the standard section of the content 2000, generates the adjustment Plereme, reduces the data volume of the plereme 1000, to improve the stream transmission speed of the stream transmission module 31, protects Demonstrate,prove transmission and the playing efficiency of the content stream 3000.
When the playing environment information shows that the current playing environment of the playing module 42 is good, playing efficiency can be obtained To powerful guarantee, the ambient parameter analysis module 24 analyzes the playing environment and the transmission environment reaches the standard ginseng Several requirements, the plereme generation module 22 can choose generated by the standard content unit generation module 221 it is described Standard content unit.
The coding module 23 encodes the plereme 1000.The plereme 1000 is by the content Reason module 20 is transmitted to the transmission control module 30.The stream transmission module 31 of the transmission control module 30 is to described interior Hold unit 1000 and carries out stream process.The parsing module 32 parses the plereme 1000 and obtains the identification code.The biography Defeated speed selecting module 33 is that the standard logo code or the adjustment identification code select the transmission speed according to the identification code Degree is transmitted.
That is, the playing control module 40 can be in the playing process of the content stream 3000, described in collection Playing environment information and the transmission environment information.The playing control module 40 is by the playing environment information and the transmission Environmental information feeds back to the environmental monitoring module 14 and is analyzed, and obtains the real time environment parameter.The contents processing mould Block 20 obtains the real time environment parameter.The content processing module 20 generates in described according to the real time environment parameter selection Hold the quality and speed of unit 1000, to adapt to the real-time change of playing environment and transmission environment.
The transmission control module 30 receives the plereme 1000, and carries out to the coding of the plereme 1000 Parsing.The transmission control module 30 according to the identification code of the plereme 1000 indicate pair the plereme 1000 transmission speed requires to select the transmission speed, so that the transmission speed of the content stream 3000 can adapt to transmission ring The real-time change in border and playing environment ensures the facile transport of the content stream 3000.
The playing control module 40 receives the content stream 3000.The playing control module 40 is by the content stream 3000 are played in the one kind broadcasts carriers 50.Wherein, the playing control module 40 continues to collect the real-time broadcasting of the one kind broadcasts carriers 50 Information and transmission environment information, so that the environmental monitoring module 14 can monitor environmental change in real time.
Since the content processing module 20 is joined according to the real time environment of the one kind broadcasts carriers 50 and the transmission environment Number is adjusted, and is suitable for the speed generation plereme 1000 that the one kind broadcasts carriers 50 carry out smooth playing, and by described Transmission control module 30 spread defeated, and the one kind broadcasts carriers 50 is enabled directly, immediately to play the plereme 1000, Avoiding the one kind broadcasts carriers 50 processing is more than the data of itself load, causes to play Caton, delay.
The playing control module 40 further comprises an operation module 45, and the operation module 45 is communicatively coupled to this One kind broadcasts carriers 50, the operation module 45 is at least one operation of the one kind broadcasts carriers 50 induction.
When the content 2000 is sent to the one kind broadcasts carriers in the form of the content stream 3000 by the processing unit 300 50, which plays the content stream 3000, and the content 2000 is exported to user.User and the content 2000 are interacted.User issues the operation by the one kind broadcasts carriers 50.The operation is sent to institute by the one kind broadcasts carriers 50 State operation module 45.
The operation module 45 communicatedly connects the playing module 42.When the playing module 42 plays the content stream 3000, the content 2000 is formed, user can interact with the content 2000.User carries out for the content 2000 At least one operation, the operation module 45 receive the operation, are generated as an at least operational order.The operational order request to A few content 2000.The content 2000 needs to play out for the playing module 42 according to the operational order.
Wherein, the feedback module 44 is communicatively coupled to the operation module 45 to receive the operational order, and raw As the real time environment parameter.The real time environment parameter includes the operational order.The feedback module 44 communicatedly connects The environmental monitoring module 14 is connected to by the real time environment parameter feedback to the environmental monitoring module 14.The environment point Analysis module 143 analyzes the operational order of the real time environment parameter, obtains the requested content of the operational order 2000 content quality requirement.Wherein, the broadcasting demand module 1433 of the environmental analysis module 143 is according to described The requested content 2000 of operational order determines that the content of the content 2000 plays demand.The broadcasting demand mould Block 1433 determines play quality required for the content 2000.It is worth one, it is a content matter that the content, which plays demand, Section is measured, wherein the content quality section has a lower limit.The adjustable range of the quality of the content 2000 is in described Hold quality section.The worst quality of the content 2000 needs the lower limit not less than the content quality section.
The environmental parameter feedback module 14 is by the requested content 2000 of the operational order and the content 2000 content plays demand feedback to the content processing module 20.
The content generating module 21 generates the requested content 2000 of the operational order.The environmental parameter point The content that analysis module 24 obtains the requested content 2000 of the operational order plays demand, determines the content The 2000 content quality section.
The environmental monitoring module 14 monitors the playing environment and the transmission environment of the one kind broadcasts carriers 50.Its In, the playing environment monitoring module 141 monitors the one kind broadcasts carriers 50 in real time when receiving the operational order and described in reception The real-time change of the playing environment before operating quality, to generate the playing environment parameter.The transmission environment monitors mould Block 142 monitors the variation of the transmission environment in real time.The transmission environment monitoring module 142 monitors the real-time of the transmission environment Variation.The environmental analysis module 143 is according to the playing environment monitoring module 141 and the transmission environment monitoring module 142 The playing environment and the transmission environment of monitoring generate the environmental parameter.
It is noted that the collection module 43 of the playing control module 40 can also be carried with the real-time collecting broadcasting The playing environment information of body 50 and the transmission environment information of the transmission environment.
The playing environment information and transmission environment letter that the feedback module 44 collects the collection module 43 Breath feeds back to the environmental monitoring module 14, generates the real time environment parameter by the environmental analysis module 143 analysis.
The environmental parameter feedback module 14 is by the environmental parameter and the real time environment parameter feedback to the content Processing module 20 analyzes the playing environment and described by the ambient parameter analysis module 14 of the content processing module 20 The real-time condition of gold is changed in transmission.
The plereme generation module 22 determines at the residue according to the analysis of the ambient parameter analysis module 24 Reason ability, the content quality section, the upper limit in the content quality section, the content play demand and the transmission energy Power.The speed and quality that the selection of plereme generation module 22 is suitable for transmitting and the one kind broadcasts carriers 50 play generates in described Hold unit 1000.
The coding module 23 encodes the plereme 1000, assigns the identification code to the plereme 1000.The transmission control module 30 receives the plereme 1000.The stream transmission module 31 is to the plereme 1000 carry out stream process, obtain the content stream 3000.
The parsing module 32 parses the identification code of the plereme 1000, determines 1000 institute of plereme The transmission speed needed.The transmission speed selecting module 33 selects the transmission speed according to the parsing of the parsing module 32 Degree, is transmitted to the playing control module 40 for the plereme 1000 in the form of the content stream 3000.
The playing control module 40 controls the content stream 3000 in the broadcasting of the one kind broadcasts carriers 50.
The decoder module 41 decodes the content list of the currently playing content stream 3000 of the playing module 42 Position 1000.The playing module 42 plays the content stream 3000 in the one kind broadcasts carriers 50 and is requested with exporting the operational order The content 2000.The playing module 42 responds the operation of user, exports the behaviour in the form of the content stream 3000 Make to instruct the requested content 2000.
When user's progress operation, the operational order is sent to the environmental monitoring module by the operation module 45 14, the operational order and the environmental parameter are fed back to the content processing module 20 by the environmental monitoring module 14.
The content processing module 20 generates the requested content of the operational order according to the environmental parameter 2000 plereme 1000.
The transmission control module 30 selects the transmission speed to transmit the plereme according to the environmental parameter 1000 content streams 3000 formed.
The playing control module 40 plays the content 2000 of the operational order request in the one kind broadcasts carriers 50.
The one kind broadcasts carriers 50 may be implemented as the hardware carrier 51, such as mobile phone, computer.The content control system It monitors described between the playing environment and the content control system and the hardware carrier 51 of the hardware carrier 51 Transmission environment, to generate the plereme 1000 for being suitable for the content 2000 that the hardware carrier 51 plays, and with institute The form for stating content stream 3000 is played for the hardware carrier 51.That is, the content control system can control it is described Direct broadcasting of the content 2000 in the hardware on way 50.
The environmental monitoring module 14 needs to monitor the playing environment situation and the transmission of the hardware carrier 51 Ambient conditions.The playing environment situation of the hardware carrier 51 receives hardware handles performance, memory, the energy, display screen The influence of energy etc., such as chip processing capabilities, memory, display resolution, battery.
The content processing module 20 is according to the environmental monitoring module 14 to the monitoring of the hardware carrier 51 to generate The plereme 1000 being adapted with 51 performance of hardware carrier.The transmission control module 30 is according to the transmission ring Border and the playing environment select the suitable transmission speed that the content stream 3000 is transmitted to the playing control module 40 It is put off until some time later with controlling the content stream 3000 with the broadcasting of hardware carrier 51.The transmission control module 30 is according to the hardware carrier The content stream 3000 is suitable for the speed that the hardware carrier 51 plays immediately and carried out by 51 performance and the transmission environment Transmission.
The one kind broadcasts carriers 50 may be implemented as the software carrier 52, such as cell phone application, computer client are various soft Part.The content control system controls the content 2000 in the broadcasting of the software carrier 52.Due to the software carrier 52 Various softwares programmed by a variety of coding mode, be embedded in the content 2000 in 52 content of software carrier, it is required that The coding of the content 2000 can be identified and be decoded by the software carrier 52.The content control system controls the content 2000 directly play in the software carrier 52.
The environmental monitoring module 14 monitors the playing environment and the transmission environment of the software carrier 52.Wherein The playing environment monitoring module 141 detects the coding mode of the software carrier 52.The environmental analysis module 143 generates institute The coding mode of software carrier 52 is stated, and the content processing module 20 is fed back to by the environmental parameter feedback module 14.Institute It states ambient parameter analysis module 24 and parses the environmental parameter, obtain the coding mode of the software carrier 52.The content list Position generation module 22 is generated according to the analysis of the ambient parameter analysis module 24 according to the coding mode of the software carrier 52 The plereme 1000 enables the plereme 1000 directly to be played by the software carrier.
The software carrier 52 is run in the hardware carrier 51, and the content control system controls the content described The broadcasting of software carrier 52.The environmental monitoring module 14 needs to monitor the institute of the hardware carrier 51 and the software carrier 52 Playing environment and the transmission environment are stated, so that the broadcasting of the content 2000 can be adapted to the hardware carrier 51 and described soft The playing environment and the transmission environment of part carrier 52.
The one kind broadcasts carriers 50 issue the playing request, play the content 2000 with request.The initial module 10 will The processing unit 300 and the one kind broadcasts carriers 2000 connect, so that the processing unit 300 is described in the one kind broadcasts carriers 50 provide Content 2000.
The processing unit 300 handles the content library 200 by the content processing module 20, to generate the broadcasting Request the requested content 2000.Wherein, the processing unit 300 is according to the requested content of the playing request 2000 mark selects the corresponding content library 200 to be handled.The processing unit 300 passes through the content processing module 20 handle the content 2000 for one group of plereme 1000.
The processing unit 300 continues through the transmission control module 30 and transmits the content stream 3000 to the broadcasting Control module 40, and the broadcasting in the one kind broadcasts carriers 50 of content stream 3000 is further controlled by the playing control module 40 It puts.
It is attached since the initial module 10 controls the one kind broadcasts carriers 50 and the idle processing unit 300, because It is that the one kind broadcasts carriers 50 provide content broadcasting that this described processing unit 300, which has enough processing capacities,.It is noted that each institute It states processing unit 300 and is separately connected to the content processing module 20 and the transmission control module 20, with independent place Manage the content library 200.
It is as shown in Figure 7 the present invention further provides a contents controlling method, the contents controlling method further comprises Following steps:
(A) an at least content library is carried in an at least processing unit；
(B) connection processing unit and the one kind broadcasts carriers；
(C) content library is handled to provide the content for the one kind broadcasts carriers.
Wherein the step (B) further comprises step: distributing the idle processing unit to the one kind broadcasts carriers.
Wherein the step (C) further includes steps of
(C.1) playing environment and a transmission environment for the one kind broadcasts carriers is monitored, to generate an environmental parameter；
It (C.2) is one group of plereme by the contents processing according to the environmental parameter；
(C.3) defeated this group of plereme is spread to play out.
A preferred embodiment of the present invention as shown in Figure 8, the plereme 1000 are implemented as frame.It is each described interior Holding unit 1000 is respectively a frame.The content generating module 21 generates the content 2000.The plereme generation module 22 by the content 2000 processing be an at least frame.The content 2000 is formed by least one frame.The coding module 23 Each frame is encoded, each one identification code of frame is assigned.Preferably, the coding module 23 assigns each described One serial number of frame, to identify the frame.It further includes other letters that wherein the coding module 23, which assigns in the identification code of the frame, Breath, including but not limited to frame identification code time, resolution ratio, network receiving time etc..The identification code is implemented as serial number.It is described Coding module 23 encodes the frame according to the sequence that each frame generates, the sequence of the serial number according to the frame shape It is determined at sequence.
The stream transmission module 31 carries out stream process to the frame, obtains a frame sequence, the frame sequence is by the framing shape At.The stream transmission module 31 transmits the frame in a streaming manner, forms the frame sequence.The parsing module 32 is to described The identification code of frame is decoded, to confirm that the stream transmission module 31 currently spread described in the defeated frame Serial number.
The frame sequence is streamed to the playing control module 40 by the stream transmission module 31, by the playing module 42 play out, and the decoder module 41 parses the identification code for the frame that the playing module 42 currently plays out, Determine the serial number.It is played out since the frame sequence is streamed to the playing module 42, the playing module 42 can Continuously to export the framing in the one kind broadcasts carriers 50, to form the content 2000.User can carry out with the content 2000 Interaction.User carries out at least one operation, and the operation is applied at least one frame of the content 2000, the operation Module 45 incudes the operation, is generated as the operational order, wherein the operational order requests at least one content 2000.
The collection module 43 collects the operational order, and feeds back to the environmental monitoring by the feedback module 44 Module 14.The collection module 43 collects the information of the playing environment of the one kind broadcasts carriers 50, generates the real time environment ginseng Number.The feedback module 44 is by the real time environment parameter feedback to the environmental monitoring module 14.The environmental monitoring module The 14 analysis real time environment parameters.The environmental monitoring module 14 is according to the real time environment parameter monitoring one kind broadcasts carriers 50 The playing environment and the transmission environment.
The ambient parameter analysis module 24 obtains the environmental parameter from the environmental monitoring module 14, broadcasts described in analysis Put environment and the transmission environment.When the ambient parameter analysis module 24 analyzes the playing environment and the transmission environment is good Good, the content 2000 is generated as an at least standard frame by the plereme generation module 22.Wherein, the standard frame be by The standard quality and speed exported according to the content 2000 in the one kind broadcasts carriers 50 is generated by the plereme generation module 22.
When the ambient parameter analysis module 24 analyzes the playing environment and the transmission environment is poor, the content list Position generation module 22 adjusts frame per second, to generate at least one adjustment frame.Wherein the measurement unit of frame per second is display frame number per second (Frames per Second, referred to as: FPS).The speed for generating the frame is adjusted to low by the plereme generation module 22 In the speed for generating the standard frame, the Mass adjust- ment for generating the frame is lower than described by the plereme generation module 22 The quality of standard frame.That is, the plereme generation module 22 is according to the transmission environment and the playing environment Real-time condition, adjustment generate the speed and quality of the frame.When the transmission environment and the playing environment are unsuitable for according to institute The normal play quality for stating content 2000 plays out, and the plereme generation module 22 reduces the speed for generating the adjustment frame Degree, the quantity of the adjustment frame generated in the less unit time need to locate to reduce the one kind broadcasts carriers 50 in the unit time The data volume of reason.The plereme generation module 22 can also reduce the quality of each adjustment frame, thus when reducing unit The interior data volume to be treated of one kind broadcasts carriers 50.
The content 2000 will reach expected playing standard, need reach the standard parameter the playing environment and The transmission environment.The environmental monitoring module 14 is monitored in real time and is analyzed to the playing environment and the transmission ring, To generate the environmental parameter.
The ambient parameter analysis module 24 analyzes the requirement whether environmental parameter reaches the standard parameter, works as institute When stating environmental parameter and reaching the requirement of the standard parameter, the standard content unit generation module 221 generates the standard frame. When the environmental parameter is not up to the requirement of the standard parameter, the Suitable content unit generation module 222 is according to described Difference between environmental parameter and the standard parameter generates the adjustment frame.
The transmission control module 30 is transmitted to by the content processing module 20 after generating due to the frame to be flowed Processing.The transmission control module 30 can be streamed to according to the speed that the content processing module 20 generates the frame The playing control module 40.The transmission control module 30 can also further adjust the frame sequence according to the environmental parameter The transmission speed of column plays out control suitable for the playing control module 40 to adapt to the real-time transmission environment.
The transmission control module 30 is by the frame according to suitable for the playing environment and institute in the form of the frame sequence The speed for stating transmission environment is transmitted to the playing control module 40, controls the frame sequence by the playing control module 40 and exists The broadcasting of the one kind broadcasts carriers 50.Since the transmission speed of the frame sequence and the quality of each frame are according to the environmental parameter Actual conditions determine that therefore the one kind broadcasts carriers 50 can handle the output of the frame sequence immediately, so that the frame sequence Smooth playing does not generate delay, ensures good user experience.
Wherein, the identification code of the decoder module 41 of the playing control module 40 to the currently playing frame It is decoded, obtains the serial number of the frame of the frame.The parsing module 32 of the transmission control module 30 is to working as It is preceding carry out spreading the defeated frame encoded, assign serial number described in the frame.The serial number of the currently playing frame and It currently spreads and generates a difference between the serial number of the defeated frame.The difference needs to be controlled in a preset range, from And control content delay.The content processing module 20 selects suitable speed according to the environmental parameter of the one kind broadcasts carriers 50 The frame is generated with quality, the frame sequence that the transmission control module 30 forms the frame stream process is according to the environment The transmission speed that parameter needs is transmitted to the one kind broadcasts carriers 50 and plays out, thus the serial number of the currently playing frame and The difference between the serial number of the defeated frame is currently spread in the preset range.
Fig. 9 to Figure 10 D is an application scenarios of content control system of the present invention and its control method.The content control System processed is applied to game, the content of game is played out and be transmitted control, realizes the quick, smooth defeated of game content Out and the game operation of summary responses user, by the content rapid feedback of game operation to user.User is carrying out game body When testing, it may not be necessary to the complete loaded of game is waited, but can be in the transmission and playing process of game, while being swum Play experience.
Content control system processing game content library generates each interface of game, and each interface of game is turned It is changed to each plereme 1000, is transmitted to the one kind broadcasts carriers 50 in the form of streaming, which only needs directly to play The content stream need not locally be carried out by processing game data in the one kind broadcasts carriers 50 with exporting each interface of game Game content is generated after a large amount of data processing, then is played out.The content control system can rely on server powerful Processing capacity quickly handles game content library, pre-generates each interface of game, and improves transmission by spreading defeated mode Efficiency plays out the content instantaneous transmission of game to the one kind broadcasts carriers 50.
The content processing module 20 is communicatively coupled to an at least game content library, and the game content library includes game Data, the game content library can produce the content of an at least game.That is, the game content library may include One game also may include multiple game.User can experience one or more game by the content control system.With Family can switch after experiencing a game and experience another game.
Specifically, the processing space building module 11 of the initial module 10 constructs a processing space 100, the place Managing space 100 includes one group of processing unit 300.Each processing unit 300 is carried by the content library processing module 12 respectively The game content library.With in every family use mobile phone open browser carry out information browse.When user carries out a page of browser When face, the insertion of game content is triggered.Mobile phone is issued a playing request and is embedded in request content.Mobile phone issues the broadcasting and asks It asks, the one kind broadcasts carriers management module 13 handles the playing request.The request detection module 131 detects that the broadcasting is asked It asks.Wherein the requirement analysis module 1321 analyze the content 2000 that handset requests play from the game content Library.The processing unit distribution module 1322 detects the state of each processing unit 300.The processing unit distribution module The idle processing unit 300 is distributed to mobile phone by 1322, wherein the processing unit 300 is equipped with the generation content The 2000 game content library.The one kind broadcasts carriers link block 132 connects the processing unit 300 and hand being assigned to Machine plays so that the processing unit 300 provides content for mobile phone.
The environmental monitoring module 14, which monitors, needs the one kind broadcasts carriers 50 of game replaying content for a mobile phone, game content Need to be embedded in a software of mobile phone operation, the environmental monitoring module 14 needs to monitor the hardware carrier 51 and described soft The playing environment and the transmission environment of part carrier 52.The environmental monitoring module 14 monitors the playing environment of mobile phone The content quality section for generating the rest processing capacity with the transmission environment, collecting the content that can be exported.It is described Environmental monitoring module 14 monitors the transmission environment of the communication network where mobile phone, analyzes the transmittability.
The processing unit 300 handles the game content library by the content processing module 20.
The ambient parameter analysis module 24 of the content processing module 20 analyzes the environmental parameter, determines that mobile phone is worked as The preceding rest processing capacity accounts for the 20% of mobile phone whole processing capacity, and the resolution ratio of the display screen of mobile phone is 1440 × 2560, the speed of the communication network where mobile phone be it is general, the ambient parameter analysis module 24 analyzes presently described broadcasting ring Border and the equal quality of the transmission environment are general, can not ensure the playing efficiency of content.The ambient parameter analysis module 24 is analyzed The playing environment and the transmission environment are not up to the requirement of the standard parameter.
The plereme generation module 21 of the content processing module 20 is communicatively coupled to the game content library, To handle the data in the game content library, an at least game content is generated.The plereme generation module 22 is to described Game content carry out conversion process, the game content is converted into an at least frame, obtains a framing, by the game content with The frame is that unit is transmitted.Unit data transfer amount is reduced to the frame by the plereme generation module 22, is improved Transmission speed.
Wherein, the standard frame per second for exporting the game content is 45 frame per second.According to the ambient parameter analysis module 24 Analysis to the environmental parameter, it is 30 frame per second that the plereme generation module 22, which adjusts frame per second, to adapt to broadcasting load The environmental parameter of body 50.
The coding module 23 encodes the frame of the game content, assigns each one identification code of frame.
The stream process module 31 carries out stream process to the frame, to obtain a game frame sequence.The game content with The form of the game frame sequence is transmitted.
The parsing module 32 parses presently described stream process module 31 and carries out spreading the defeated frame, obtains the frame Identification code.
The game frame sequence is transferred to the playing control module 40, is played out by the playing module 42.Institute It states the frame that decoder module 41 plays out presently described playing module 42 to be decoded, confirms presently described playing module The identification code of 42 frames played, and the transmission speed is fed back to by the feedback module 44 and adjusts module 33.
The playing module 42 plays the game frame sequence and forms the game content, and user can be directed to the game Content carries out at least one operation, and the operation module 45 incudes the operation, generates an at least operational order.Wherein, the behaviour Make an instruction request at least game content.
In this application scene, when user enters interface, the playing module 33 plays the game frame sequence Column, user obtain the game content.The game content include but is not limited to scene of game, music, special efficacy, personage, sound, Video etc. can show the diversified forms of game.Wherein, user's operation game charater is attacked, and the operation module 45 incudes described Operation generates the operational order to request the game content, and the game content is game charater attack.
The letter of playing environment described in the game that the feedback module 44 collects the operational order and the collection module 43 Breath, the transmission environment information are transmitted to the environmental monitoring module 14, are monitored by the environmental monitoring module 14, generate The environmental parameter.The ambient parameter analysis module 24 parses the environmental parameter, when obtaining the playing environment information, instead It is fed to the plereme generation module 22.According to the environmental parameter, the current rest processing capacity of mobile phone is abundant, leads to Communication network network speed is normal, and the plereme generation module 22 is generated the game content by the frame per second per second according to 45 frames For a framing.The coding module 23 encodes the frame.
Frame described in 31 stream process of stream process module, obtains a game frame sequence.The transmission speed selecting module 23 The transmission of the game frame sequence is carried out according to the frame per second of 45 frame per second.The playing control module 40 controls the game frame sequence It is listed in the broadcasting of mobile phone, to export the requested game content of operation quality.
User can be switched to another game and be experienced, user can also experience multiple after experiencing a game Game.
The processing unit 300 carries multiple game content libraries, the content by the content library processing module 12 Library mark module 122 identifies each game content library, so that the processing unit 300 differentiates each game content library.Its In, the game content library assigns a game label by the content library mark module 122.The processing unit 300 passes through institute State game content library described in game tag recognition.
User is switched to another game by mobile phone and experiences.The one kind broadcasts carriers 50 issue the new broadcasting and ask It asks.The request detection module 131 detects the playing request.
It, can be to the mark of the frame when frame of 23 pairs of different game contents of the coding module encodes Know in code and increase by a game label, so that the frame of different game has the different game labels, to identify different game The frame.
When user experiences game by the game client.When carrying out the game operation.The operation module 44 can be with Operate the game that is directed to according to described, determine the requested game content from game.The content processing module 20 According to the game label of the requested game content, the frame with the identical game label is transferred, and by The stream transmission module 31 has frame insertion in the game content of the identical game label.
0D referring to Fig.1, user use mobile phone experience X and two game of Y.
User is switched to game Y and is experienced after experiencing game X.The content play request of mobile phone sending game Y.Institute Stating request sub-module 1321 and analyzing the game label of the playing request is Y.The processing unit 300 needs to handle game The game content library of Y.
When the content processing module 20 handles the game content library, generate in the game content X and the game Hold Y.When the frame that the coding module 30 generates game content X conversion encodes, the game content X is assigned The frame described in game label X.The frame that the coding module 30 generates game content Y conversion encodes When, assign game label Y described in the frame of the game content Y.User is by the game client to the game content X When carrying out the game operation with the game content Y, the requested game content of request instruction has different The game label, the respectively described game label X and the game label Y.The content processing module 20 can be according to institute The different game labels for stating request instruction transfer the frame with the corresponding game label, by it is described spread it is defeated Module 31 will be embedded in game X with the game content of game label X, by the game content with game label X It is embedded in game Y.
It should be understood by those skilled in the art that foregoing description and the embodiment of the present invention shown in the drawings are only used as illustrating And it is not intended to limit the present invention.The purpose of the present invention has been fully and effectively achieved.Function and structural principle of the invention exists It shows and illustrates in embodiment, under without departing from the principle, embodiments of the present invention can have any deformation or modification.

Claims (23)

1. a content control system, for controlling content in the broadcasting of an one kind broadcasts carriers characterized by comprising an introductory die Block, the initial module create a processing space, wherein the processing space includes an at least processing unit, wherein the processing Unit is connected to the one kind broadcasts carriers；
One content processing module, the processing unit are communicatively coupled to the content processing module to generate an at least content, It is one group of plereme that wherein the content processing module, which handles the content,；
One transmission control module, the transmission control module are communicatively coupled to the content processing module in the stream process group Hold unit；And
One playing control module, after the playing control module is communicatively coupled to the transmission control module to obtain stream process This group of plereme, wherein the processing unit is communicatively coupled to the playing control module, to pass through broadcastings control Molding block controls this group of plereme in the broadcasting of the one kind broadcasts carriers.
2. content control system according to claim 1, wherein the initial module includes:
One processing space creation module, the processing space creation module creates a processing space, wherein the processing space packet The processing unit is included, the processing unit handles the content in the processing space；With a content library processing module, institute It states content library processing module and is communicatively coupled to the processing unit, the content library processing module carries an at least content library In each processing unit, handled by each processing unit.
3. content control system according to claim 2, wherein the content library processing module is carried including a content library Module, the content library carry module and are communicatively coupled to each processing unit, described in carrying for each processing unit Content library.
4. content control system according to claim 3, wherein the content library processing module is identified including a content library Module, the content library mark module are communicatively coupled to the processing unit, and the content library mark module identifies the place The content library that unit carries is managed, so that the processing unit differentiates the content library.
5. content control system according to claim 2, wherein the processing module further comprises an one kind broadcasts carriers pipe Module is managed, the processing unit and the one kind broadcasts carriers are communicatively coupled to the one kind broadcasts carriers management module, the broadcasting respectively The carrier management module management one kind broadcasts carriers carry out content broadcasting by the processing unit.
6. content control system according to claim 5, wherein the one kind broadcasts carriers management module includes a request detection Module, when the one kind broadcasts carriers issue a playing request to request the content, the request detection module detects the broadcasting and asks It asks.
7. content control system according to claim 6, wherein the request detection module includes a requirement analysis module, The requirement analysis module receives the playing request of one kind broadcasts carriers sending, and analyzes the requested institute of the playing request State content from the content library.
8. content control system according to claim 6, wherein the request detection module is distributed including a processing unit Module, the processing unit distribution module are connected to the processing unit, wherein the processing unit distribution module will be idle The processing unit distributes to the one kind broadcasts carriers, so that the processing unit is connected to the one kind broadcasts carriers.
9. content control system according to claim 7, wherein the request detection module includes an adapter tube module, it is described Adapter tube module is communicatively coupled to the processing unit and the one kind broadcasts carriers, wherein the adapter tube module indicates the processing unit The one kind broadcasts carriers are taken over, are played with providing content for the one kind broadcasts carriers.
10. content control system according to claim 1, wherein the initial module further includes an environmental monitoring module, The environmental monitoring module is communicatively coupled to the one kind broadcasts carriers, to detect a playing environment and a transmission environment, wherein described Environmental monitoring module generates an environmental parameter.
11. content control system according to claim 1, wherein the content processing module includes:
One content generating module, the content generating module generate the content；With
One plereme generation module, the plereme generation module are communicatively coupled to the content generating module, wherein The plereme generation module handles the content according to the environmental parameter, generates at least one set of plereme.
12. 0 or 11 any content control system according to claim 1, wherein the content processing module includes a ring Border Parameter analysis module, the ambient parameter analysis module are communicatively coupled to environmental monitoring module to obtain the environment ginseng Number, wherein ambient parameter analysis module playing environment according to the ambient parameter analysis and the transmission environment.
13. content control system according to claim 12, wherein the plereme generation module is according to the environment The playing environment of Parameter analysis module analysis and the transmission environment generate the plereme.
14. content control system according to claim 1, wherein the transmission control module includes elegant transmission module, The stream transmission module is communicatively coupled to the content processing module to obtain the plereme, wherein described spread defeated mould Block carries out stream process to the plereme, obtains a content stream.
15. content control system according to claim 14, spreads defeated module wherein described and be communicatively coupled to described broadcast Control module is put, by the content flow to the playing control module, wherein described in playing control module control Broadcasting of the content stream in the one kind broadcasts carriers.
16. 0 or 15 any content control system according to claim 1, wherein the transmission control module includes:
One parsing module, the parsing module are communicatively coupled to the environmental monitoring module to obtain the environmental parameter, Described in parsing module the transmission environment parsed according to the environmental parameter；With
One transmission speed selecting module, the transmission speed selecting module is communicatively coupled to the parsing module, according to institute The transmission environment for stating parsing module parsing, selects the transmission speed of the content stream.
17. content control system according to claim 1, wherein the playing control module includes a playing module, institute It states playing module and is communicatively coupled to the transmission control module and the one kind broadcasts carriers respectively, wherein the playing module is from described Transmission control module receives the content stream, and the playing module controls the content stream in the broadcasting of the one kind broadcasts carriers.
18. content control system according to claim 17, wherein the playing control module includes:
One collection module, the collection module collect playing environment information and transmission environment of the one kind broadcasts carriers in playing process Information；With
One feedback module, the feedback module are communicatively coupled to the collection module to receive the playing environment information and institute State transmission environment information, wherein the feedback module playing environment information and the transmission environment information are fed back to it is described Environmental monitoring module.
19. content control system according to claim 18, wherein the playing control module includes an operation module, institute It states operation module and is communicatively coupled to the one kind broadcasts carriers, to receive an at least operational order, the operation quality request at least one The content, the feedback module are communicatively coupled to the operation module, and the operational order is fed back to the environment Monitoring module, the content processing module generate the content according to the operational order of the environmental monitoring module.
20. plereme according to claim 1, wherein the plereme is implemented as frame.
21. a contents controlling method, for controlling content in the broadcasting of an one kind broadcasts carriers, which is characterized in that the method includes Following steps:
(A) an at least content library is carried in an at least processing unit；
(B) connection processing unit and the one kind broadcasts carriers；
(C) content library is handled to provide the content for the one kind broadcasts carriers.
22. according to the method for claim 21, wherein the step (B) further comprises step: distributing the described of free time Processing unit gives the one kind broadcasts carriers.
23. according to the method for claim 21, wherein the step (C) further includes steps of
(C.1) playing environment and a transmission environment for the one kind broadcasts carriers is monitored, to generate an environmental parameter；
It (C.2) is one group of plereme by the contents processing according to the environmental parameter；
(C.3) defeated this group of plereme is spread to play out.
CN201811031808.0A 2018-03-16 2018-09-05 Content control system and its control method Pending CN110278459A (en)

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