CN102185855A - Interactive all-media digital information system - Google Patents
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Abstract
The invention discloses an interactive all-media digital information system which is characterized by comprising a multimedia information transmission management sub-system, wherein an output end of the multimedia information transmission management sub-system is connected with a digital media publishing platform; an output end of the digital media publishing platform is connected with a terminal presentation layer device; the digital media publishing platform comprises a content management system; an output end of the content management system is sequentially connected with a publishing information management system, a workflow examination and approval system, a file transfer system and an equipment management system; after being subject to system management and data storage management of the digital media publishing platform, the multimedia information publishes the content to a target server in a file transmission manner and the content is provided to the terminal presentation layer device for terminal play. The system disclosed by the invention is powerful and compatible with various kinds of multimedia information, has a very good using effect, and can be used as an interactive all-media digital information system to be widely applied to video conference.
Description
Technical field
The present invention relates to a kind of information system, particularly a kind of interactively full medium digital information system.
Background technology
The development of globalization information economy must cause the deepen continuously application of information technology in business administration, and traditional management mode of enterprise obviously can not keep abreast of the times.Along with the demand of fields such as bank, hospital, traffic, electric power, market, school, supermarket, stadiums, airport, government to interconnection type information issuing multimediaization, the function of the only unidirectional broadcast advertisement of Single plate for load engaging advertisement player of Chu Xianing can not satisfy client's demand in the early time, generation and come be based on the network platform, provide in real time, concentrated controling management and broadcast the digital medium information delivery system automatically.At present, domestic multi-medium information spreading system is according to different design concept and different applications, is divided into based on the PC platform with based on two big frameworks of dedicated platform.This two big framework all has self pluses and minuses from aspects such as system's composition, application and product performances.
Mainly there is following shortcoming in existing multi-medium information spreading system:
The Streaming Media compress technique of delivery system widespread usage has limitation, and processing video information that can only be single is disturbed in the license problem.
There is following drawback in the UI workflow of existing system utilization:
Audit separates with UI in the UI design, links up poor efficiency;
The UI design loads with UI and separates, and the programmer needs to load all UI according to design again, and workload is big;
The user does not have the power of amendment and definition power to UI.
Do not possess support and support the whole network transmittability of cable network, 3G wireless network and satellite data communication respectively.
H.264 coding techniques is mainly used in the compression of existing systems Streaming Media, and there is the encoder complexity problem of higher in it, and can only handle video content.
Summary of the invention
In order to solve above-mentioned technical problem, the purpose of this invention is to provide the interactively full medium digital information system that a kind of transmittability is strong, cost performance is high.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of interactively full medium digital information system, it is characterized in that: comprise multimedia messages transfer management subsystem, the output of described multimedia messages transfer management subsystem is connected with the digital media distribution platform, the output of described digital media distribution platform is connected with terminal and represents bed device, described digital media distribution platform comprises Content Management System, the output of described Content Management System is connected with the management system that releases news in turn, the workflow approval system, document transmission system and equipment management system, described multimedia messages is by after the system management and data storage management of digital media distribution platform, with the file transfer form content release to destination server, offer terminal and represent bed device and carry out terminal plays.
Be further used as preferred embodiment, the multimedia messages of described transfer management subsystem transmission comprises literal or video or picture or text or hypertext connection.
Be further used as preferred embodiment, the connecting interface that described digital media distribution platform and terminal represent bed device is the WEB network interface.
Be further used as preferred embodiment, described multimedia digital distribution platform comprises with lower device:
Be used for the material management device that material is uploaded, material is tabulated;
The content management device that is used for edit model, Edition Contains, Single Component Management and playlist management;
Be used to issue the distribution management device of list management, issue audit;
The equipment management device that is used for monitoring of tools;
The user management device that is used for rights management, operational administrative;
The basic data management device that is used for message arrangement, community's configuration, area configurations and equipment disposition.
Be further used as preferred embodiment, described terminal represents bed device and comprises XML resolver, built-in playing device, backup playing device and frame content playing device.
The invention has the beneficial effects as follows: the interactively multimedia digital information system of the present invention is powerful, the compatible multiple multimedia messages of energy, and result of use is very good.
Description of drawings
The invention will be further described below in conjunction with drawings and Examples.
Fig. 1 is system works flow process figure of the present invention;
Fig. 2 is a systems function diagram of the present invention;
Fig. 3 is a UI flow process flow diagram of the present invention.
Embodiment
With reference to Fig. 1, a kind of interactively full medium digital information system, it is characterized in that: comprise multimedia messages transfer management subsystem, the output of described multimedia messages transfer management subsystem is connected with the digital media distribution platform, the output of described digital media distribution platform is connected with terminal and represents bed device, described digital media distribution platform comprises Content Management System, the output of described Content Management System is connected with the management system that releases news in turn, the workflow approval system, document transmission system and equipment management system, described multimedia messages is by after the system management and data storage management of digital media distribution platform, with the file transfer form content release to destination server, offer terminal and represent bed device and carry out terminal plays.
Be further used as preferred embodiment, the multimedia messages of described transfer management subsystem transmission comprises literal or video or picture or text or hypertext connection.
Be further used as preferred embodiment, the connecting interface that described digital media distribution platform and terminal represent bed device is the WEB network interface.
With further reference to Fig. 2, as preferred embodiment, described multimedia digital distribution platform comprises with lower device:
Be used for the material management device that material is uploaded, material is tabulated;
The content management device that is used for edit model, Edition Contains, Single Component Management and playlist management;
Be used to issue the distribution management device of list management, issue audit;
The equipment management device that is used for monitoring of tools;
The user management device that is used for rights management, operational administrative;
The basic data management device that is used for message arrangement, community's configuration, area configurations and equipment disposition.
Be further used as preferred embodiment, described terminal represents bed device and comprises XML resolver, built-in playing device, backup playing device and frame content playing device.
The IFMDP system component mainly comprises interactive touch-control terminal, Wang Luo ﹠amp; Transmission, Shuo Ju ﹠amp; The content of agreement, UIWORKFLOW, storage administration, interactive information management, seven modules of safety management based on cloud computing.System's characteristics:
The interactive UI interface masterplate that provides multiple front end to show, and provide self-defined flexibly and software module and instrument the self manufacture masterplate, the user can use self-defined masterplate instrument to make satisfactory interactive interface with good interaction function easily, and can be flexibly by dilatory, pulling mode, mode such as pixel size be set make new masterplate.
Support all kinds of multimedia forms, Fu Za webpage format particularly, as: all kinds of audio frequency, Flash, video, PPT, picture and the customization terminal page etc.Simultaneously, good autgmentability framework can be come in the new media formats compatibility of follow-up developments, and need not spend extra customized development time and expense.
Adopt the WCF exploitation based on the distributed development transmission subsystem, support the telecommunication network centralized and unified management, realize management mode terminal subregion, grouping, classification, and to the on-line monitoring and the management of terminal, distributed downloads, broadband control.
Support the communication function of whole network data access and Ethernet, DDN, WLAN, networks such as CDMA, GPRS, the user can be configured according to the network configuration of controlling oneself.
Powerful third party inserts application, and the operation system, WEB that comprises the various tool platform development used etc.
Support the unified issue of various instant messages such as notice, management.
Can various information points of self-defined configuration and functional module, realize personalized system management.
Systemic-function comprises that mainly system configuration, user management, equipment control, material management, Content Management, release management, transfer management, data provide functions such as service, interface management, specify as follows:
System configuration: the configurations of system comprises the configuration of UIworkflow workflow, data source configuration, network configuration, area configurations, equipment disposition, file format configuration, daily record configuration, system interface configuration etc.
User management:, comprise the establishment of secondary administrative center, user's establishment, authority/role's distribution, the modification of password etc. to the management of system user.
Equipment control: to the operational management of the touch control integrated machine equipment of high definition, the mode by client realizes telemanagement, and client does not need extra software support, comprises real-time monitoring, log management of equipment etc.
Material management: realize the management of material, support classification (video, picture, text, flash, lantern slide) to check the preview function of (can by thumbnail, icon, tabulation, details, tiling) function and selected material, support that simultaneously to uploading the function of search of material, support reaches by name uploads the date inquiry.
Content Management: realize to various information edit, Back ground Informations such as composing, multimedia data information carry out unified management, Content Management is the higher management of whole system, the user can download client arrive this locality, the relevant information of each terminal equipment is carried out the renewal of content by local client.
Release management: information such as pre-release all kinds of audio frequency, Flash, video, PPT, picture and the customization terminal page are uploaded, check, managed, submit maintenance works such as audit to, simultaneously to content distributed management.Administrative center can be to various content distributed effective management.
Transfer management: mainly realize telecommunication network centralization unified management, terminal is divided into groups/classification/carry out network control.Again transmit and breakpoint transmission at not carrying out the network terminal, list promising transfer management part, realize Network Transmission is carried out broadband control.
Data provide service: data provide service externally to provide visit to support the platform internal data, comprise that business datum, multi-medium data etc. all support the format conversion and the processing of data, can insert other platforms easily.
Data-interface: possess the good data interface, can send to the business information in the system, multimedia messages in third party's system interface by data-interface.
IFMDP is a management platform with the basis, and the major technique characteristics have: Streaming Media compress technique, the whole network transmission technology, interactive UI workflow technology and distributed architecture.
Based on the code stream compress technique IFMDP-TRS of agreement H.264.
System is based on the compress technique IFMDP-TRS that has realized being lower than the full HD stream medium data of new generation of 500K bandwidth for transmission on the agreement basis H.264.IFMDP-TRS had not only kept the advantage of compress technique in the past and elite but also had the incomparable many advantages of other compress techniques, and was specific as follows:
Low code stream (Low Bit Rate): compare with compression technology such as MPEG2 and MPEG4 ASP, under equal picture quality, adopt the data volume after the IFMDP-TRS technique compresses to have only 1/8 of MPEG2,1/3 of MPEG4.As seen, the employing of IFMDP-TRS compress technique will be saved user's download time and data traffic charge greatly.
High-quality image I FMDP-TRS can provide continuous, smooth high quality graphic (DVD quality).
Fault-tolerant ability is strong: IFMDP-TRS provides wrong essential tool such as solving under the unstable network environment incidental packet loss.
Network-adaptive is strong: IFMDP-TRS provides network abstract layer (Network Abstraction Layer), makes file transmission on heterogeneous networks easily among the IFMDP (for example the Internet, CDMA, GPRS, WCDMA, CDMA2000 etc.).
To sum up, IFMDP-TRS is solving code stream, is losing the image that has high compression ratio, high-quality smoothness in frame and the performance optimization problem, guarantee video data through the IFMDP-TRS compression, needed bandwidth still less in network transmission process, also more economically, help quick, low-cost, the efficient issue of system digits resource.
The whole network transmission
IFMDP supports the whole network transmission mode, promptly supports the data of various heterogeneous networks to insert, and includes but not limited to wired broadband network, broadcasting and television network, mobile network and satellite data communication etc.
Cable broadband
ADSL: the most general present network system, be mainly used in file propagation, video request program and video broadcasting, good stability is so its application is many.This transmission mode is relatively ripe at present, and transfer of data is stable.
Optical fiber: fibre channel transmission quality height, channel is stable to be on record advantage.Optical communication terminal unit comprises jumping group multiple connection equipment such as PCM basic group multiple connection equipment, quadratic gropup, tertiary group, fourth order group.Wherein PCM basic group multiple connection equipment provides to the user and meets the G.703 64Kbps interface of standard, the video data of low rate directly can be sent into the PCM terminal and transmit.And multiple connection equipment directly provides to the user and meets the G.703 E1 interface of standard, and its speed is the transmission channel bandwidth of 2.048Mbps, through E1 communication card G.703/V.35 with video monitoring terminal incoming fiber optic circuit.Many special industries all have the fiber optic network of oneself, not only are used for communication, so file server has obtained good application in these industries.
The 3G wireless network
Support the honeycomb mobile communication technology of high speed data transfer.The 3G service can transmit sound and data message simultaneously, and generally more than hundreds of kbps, more Gao Su network support can promote the wireless data transmission content and be multimedia form speed from present text formatting.Coverage is big, carries out data interaction as long as there is the place of wireless signal can connect network.
Satellite transmits
It is wide that sts satellite transmission system covers the region, construction volume is few, be that other transmission system is irreplaceable, particularly the VSAT that moves is stood, having mobility, is the important means of journalism, army, defense sector's communication, and satellite very small aperture ground station also is the main means of communication in remote districts, the general user can be to satellite operator leased line, sets up video and connects as the 64Kbps serial data being converted to V.35 interface.Particularly the broadcast transmitted of satellite can send file simultaneously to a plurality of terminals.
Interactive UI workflow technology
UIWorkflow partly forms by following three: visual UI control; Visual UI makes up the storehouse; Interactively UI workflow.The UI control combines with the structure storehouse, has promoted user's efficient, has reduced maintenance cost, realizes based on user-defined service management and interactively UI workflow is quick, makes deployment simply, conveniently, and the experience effect of What You See Is What You Get is provided for the user.
Growing along with the multimedia industry, UI design and coding can not satisfy the demand of modern software design, more for the process that embodies modern UI and coding combination.
From appearance that time of graphic interface, user interface (UI) has just entered a special period of history.In coming years, the look ﹠ feel of historic significance has appearred much having.On the other hand, computer nowadays process chip develop rapidly, particularly display chip, display card almost becomes a miniature computer.But its powerful disposal ability is not but used fully.At present, the disposal ability of display card GPU (Graphics Processing Unit) only is applied in recreation and multimedia field mostly.In order to provide the strongest experience to the user, system adopts brand-new graphics subsystem.
The graphics system of windows platform mainly contains: GDI, GDI+, Direct3D.Wherein, the application of GDI is the most extensive.The GDI graphics system formed a lot of years and had formed gradually the cover exploitation system of oneself.It provides 2D graphics process, text-processing, and limited image processing function.Though support the GDI of part to quicken on some display cards, its effect is compared still very small and weak with present Direct3D.It is in 2000 that GDI+ begins to occur, and the Alpha that it has introduced anti-aliasing, floating number coordinate, gradual change and the single pixel of 2D figure supports.It almost supports all picture formats commonly used.But GDI+ is without any quickening function (all being to realize with software).
Interactive UI workflow has comprised following core technology:
The design of workflow and processing: the flow process trend that comprises the UI workflow;
The automatic generic frame of code: integrate and improve the function of WPF, according to the standard control storehouse of WPF, the automatic generic frame of code allows UI designer's design can be converted to the front end code; The self-defined framework of UI, the framework that presents of UI is overlapped in design one, since make software at the End-Customer end, also can allow the client carry out the self-defined setting of UI easily according to demand.
UI workflow advantage:
Mode by workflow is transmitted respective document automatically, realizes the integrated of UI design, audit and loading;
By integrated mode that UI design and UI generation is integrated, save the programmer and carried out the work that UI loads;
Integrated multiple back work, the operation that made things convenient for each process.For example inherited the pixel map processing in the UI design, instruments such as polar plot processing can directly carry out the processing of graph image; Inherited the pen annotation module when audit, the annotations and comments of can directly realizing punctuating have made things convenient for expression, need not look like traditional WORD mode.
The UI workflow lasts till client always, can give the authority of client portion operation UI, allows the client can oneself define UI according to demand in terminal.
Interactive information managing I FMDP-IMIS
System realizes the visualized management of user, equipment, data, operation flow, system maintenance by template, the modularization information management of the self-defined configuration of windowization., click action dilatory by simple touch-control can realize the management of above-mentioned data, as: increase and decrease user, configuration device, check device parameter, upgrade distributing data, adjust the increase and decrease of release news pattern, systemic-function etc.Help the visualized management of user, break away from the backstage configuration of menu mode, coding type in the past, reduce system's operation risk of user, reduce maintenance cost system information.
Safety management IFMDP-ISAF
System adopts crystal ball independent research, exclusive IFMDP agreement, when guaranteeing the undistorted narrow band transmission of digital information, guarantees that the data of transmission are not lost, do not revealed.To terminal divide into groups, the active remote management mode of classification, network control, carry out unified, multistage management at server, the storage safety and the transmission security of system have been guaranteed, for the user provides safe, stable interactive full medium digital information system.
Distributed architecture
Mainly be say the information source and the stay of two nights for position and distribution, I take charge of product and mainly come configuration mode according to customer demand, mainly the form by the interface finds relative method to carry out, for the customer demand pattern is come matching process:
Multiplexed same footwork:
This method becomes a data flow with a plurality of related media streams are multiplexing, and by a guaranteed Channel Transmission, receiving terminal only needs demultiplexing and need not again synchronous.This method is very simple, need not clock synchronization, does not also need extra channel to come the transmitting synchronous data of description.
The synchronizing channel method
This method transmits each Media Stream without change in channel separately, and has utilized additional channel to come the transmitting synchronous data of description.This method mainly is applicable to the situation of having only an information source in the system.
Pass synchronous data of description method earlier
This method was sent to receiving terminal with the needed total data of whole playing process with the form of file before transmitting multi-medium data.
The sync mark method
This method says that transmitting terminal sync mark insertion Media Stream needs synchronous place, and each Media Stream transmits in channel separately, and these Media Streams of rx-side buffering know that all Media Streams that have same tag reach, and realize Synchronization Control thus.This method is comparatively simple, and processing expenditure is little.
The time tag method
This method is placed on a relative time with each Media Stream and draws up, the determining positions that media units draws up at relative time his relative time label (Relative Time Stamp RTS), has
The media units of identical RTS is play simultaneously, reaches synchronous thus.
UIWorkflow partly forms by following three: visual UI control; Visual UI makes up the storehouse; Interactively UI workflow.The UI control combines with the structure storehouse, has promoted user's efficient, has reduced maintenance cost, realizes based on user-defined service management and interactively UI workflow is quick, makes deployment simply, conveniently, and the experience effect of What You See Is What You Get is provided for the user.
Growing along with the multimedia industry, UI design and coding can not satisfy the demand of modern software design, more for the process that embodies modern UI and coding combination.
From appearance that time of graphic interface, user interface (UI) has just entered a special period of history.In coming years, the look ﹠ feel of historic significance has appearred much having.On the other hand, computer nowadays process chip develop rapidly, particularly display chip, display card almost becomes a miniature computer.But its powerful disposal ability is not but used fully.At present, the disposal ability of display card GPU (Graphics Processing Unit) only is applied in recreation and multimedia field mostly.In order to provide the strongest experience to the user, system adopts brand-new graphics subsystem.
The graphics system of windows platform mainly contains: GDI, GDI+, Direct3D.Wherein, the application of GDI is the most extensive.The GDI graphics system formed a lot of years and had formed gradually the cover exploitation system of oneself.It provides 2D graphics process, text-processing, and limited image processing function.Though support the GDI of part to quicken on some display cards, its effect is compared still very small and weak with present Direct3D.It is in 2000 that GDI+ begins to occur, and the Alpha that it has introduced anti-aliasing, floating number coordinate, gradual change and the single pixel of 2D figure supports.It almost supports all picture formats commonly used.But GDI+ is without any quickening function (all being to realize with software).
This subsystem has adopted the pluses and minuses based on GDI and GDI, especially base and WPF know-why realized to UI design, coding, the integrated centralized management that carries out.System operates among the windows especially and has deposited GDI, GDI and Direct3D.But all operations of system all do not rely on GDI and GDI+, but depend on powerful Direct3D API indirectly.Be native system core component figure below.
Among the last figure to be denoted as bolarious be three big core components of system, milcore assembly wherein, its responsibility is to finish mutual with Direct3D.And for efficient and security consideration, milcore is realized by unmanaged code.In all demonstrations finish by the DirectX engine, can realize that efficient hardware and software present.System also requires internal memory and execution are accurately controlled.Combine engine among the milcore is subjected to the performance impact relation big, and the many advantages that need abandon CLR improve performance.
The two big core component PresentationeWork and the PresentationCore of native system are positioned on the all-purpose language Runtime Library (CLR).So just as can be seen, most of code of system all exists with the trustship form.This two big assembly provides and has called function library and the function storehouse that the WCF project needs, owing to be that form with trustship exists, so the possibility of also having avoided our direct control bottom and having occurred revealing such as internal memory.
WPF basic function structure:
System has been divided into five bulks (Presentation Core P, User Interface Services, Base Services, Document Servies and XPS Viewer) as can be seen altogether:
Presentation Core: comprised all graphical effects, as figure, 2D figure, 3D figure, text, audio frequency, video and display effect.Also comprise powerful animation effect simultaneously, animation can be used all elements of front.Nethermost that is exactly the vision basic element.
User Interface Services: comprised Application Services (application program service), Deployment Services (deployment services), Controls (widget library), Layout (layout) and Data Binding (data binding).
Base Services: XAML support, Accessibility (raising development efficiency), Input﹠amp are provided; Events (support of input and incident), Property, System (property system).
Document Servies and XPS Viewer then provide basic printing and statistical tables and reports service, can realize self-defining printing and display effect by these assemblies.
The whole network transmission technology
Many-sided situation has been considered in the whole network transmission, and Network Transmission is optimized, and comprises following core technology:
TCP speed technology:, improve the transmission speed of TCP by more accurate packet loss judgement and prediction algorithm etc.
Network flow monitoring and self adaptation: by the monitoring and the self adaptation adjustment of network traffics, can be implemented in network condition good call the UDP network, when network condition is bad, call the TCP network.
The UDP packet loss is handled: transmit fast at needs, and do not allow under the packet drop, use the packet loss Processing Algorithm under the UDP, guarantee transmission quality when guaranteeing transmission speed.
More than be that preferable enforcement of the present invention is specified, but the invention is not limited to described embodiment, those of ordinary skill in the art also can make all equivalent variations or replacement under the prerequisite of spirit of the present invention, modification that these are equal to or replacement all are included in the application's claim institute restricted portion.
Claims (5)
1. interactively full medium digital information system, it is characterized in that: comprise multimedia messages transfer management subsystem, the output of described multimedia messages transfer management subsystem is connected with the digital media distribution platform, the output of described digital media distribution platform is connected with terminal and represents bed device, described digital media distribution platform comprises Content Management System, the output of described Content Management System is connected with the management system that releases news in turn, the workflow approval system, document transmission system and equipment management system, described multimedia messages is by after the system management and data storage management of digital media distribution platform, with the file transfer form content release to destination server, offer terminal and represent bed device and carry out terminal plays.
2. a kind of interactively full medium digital information system according to claim 1 is characterized in that: the multimedia messages of described transfer management subsystem transmission comprises literal or video or picture or text or hypertext connection.
3. a kind of interactively full medium digital information system according to claim 1, it is characterized in that: the connecting interface that described digital media distribution platform and terminal represent bed device is the WEB network interface.
4. a kind of interactively full medium digital information system according to claim 1, it is characterized in that: described multimedia digital distribution platform comprises with lower device:
Be used for the material management device that material is uploaded, material is tabulated;
The content management device that is used for edit model, Edition Contains, Single Component Management and playlist management;
Be used to issue the distribution management device of list management, issue audit;
The equipment management device that is used for monitoring of tools;
The user management device that is used for rights management, operational administrative;
The basic data management device that is used for message arrangement, community's configuration, area configurations and equipment disposition.
5. a kind of interactively full medium digital information system according to claim 1 is characterized in that: described terminal represents bed device and comprises XML resolver, built-in playing device, backup playing device and frame content playing device.
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Application publication date: 20110914 |