WO2018051273A1 - Appareil et procédé de distribution multimédia - Google Patents

Appareil et procédé de distribution multimédia Download PDF

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Publication number
WO2018051273A1
WO2018051273A1 PCT/IB2017/055578 IB2017055578W WO2018051273A1 WO 2018051273 A1 WO2018051273 A1 WO 2018051273A1 IB 2017055578 W IB2017055578 W IB 2017055578W WO 2018051273 A1 WO2018051273 A1 WO 2018051273A1
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WO
WIPO (PCT)
Prior art keywords
media data
type
media
processor
delivery
Prior art date
Application number
PCT/IB2017/055578
Other languages
English (en)
Inventor
Tai Yan Paul CHAN
Yui Ming MA
Original Assignee
Air Hong Kong Limited
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Air Hong Kong Limited filed Critical Air Hong Kong Limited
Priority to CN201780070263.1A priority Critical patent/CN110073390A/zh
Publication of WO2018051273A1 publication Critical patent/WO2018051273A1/fr

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Classifications

    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/02—Marketing; Price estimation or determination; Fundraising
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/02—Marketing; Price estimation or determination; Fundraising
    • G06Q30/0241—Advertisements

Definitions

  • the present disclosure relates to media delivery method and apparatus, and more particularly to delivery of digital media data through computer networks.
  • a media delivery apparatus comprising a processor, a user input interface and a media data output device.
  • the processor is to execute stored instructions to present a menu representing a plurality of media data types which is available for delivery upon selection.
  • the media data types include media data of a first type and media data of a second type.
  • the processor is to execute stored instructions to deliver media data of the first type in response to selection made at the user input interface, to operate a timer to track and store time of media delivery and to store a cumulative time credit.
  • the processor is to execute stored instructions to deliver media data of the second type in response to selection made at the user input interface.
  • the processor is to determine and limit time of delivery of the media data of the second type depending on the cumulative time credit, and/or to deliver media data of a first type in accordance with user preference.
  • the user preference may be stored in a preference profile specific to the user.
  • a smart phone is a convenient example of a media delivery apparatus herein.
  • the processor is to generate category information on the available media data types for presentation on the media data output device, the category information including whether a media data type is a credit earning medium or a credit consuming medium.
  • the processor is to provide a menu of content specific information in the form of media data titles which are available for selection as a credit earning medium or a credit consuming medium for user selection.
  • the media data type and the media data titles which are available for selection are selectable on the display screen which operates as a user input interface.
  • the media data output device is a display screen and the media data include video data for presenting on the display screen.
  • the processor is to determine commercial classifications of the media data of the first type which are available for delivery, and to deliver media data of the first type and of different commercial classifications for presentation on the display simultaneously by splitting the display into a plurality of content display windows.
  • the processor is to display the time credit or the time credit available for consuming while media data are being delivered to the apparatus.
  • the processor is to track and store media selection history and to devise a user specific profile using the media selection history.
  • the apparatus comprises a telecommunications interface
  • the processor is to execute stored instructions to request for media delivery, to receive media data and to deliver out the time credit through the telecommunication interface.
  • media data of the second type are delivered in a plurality of individually encrypted media segments, the media segments being segregated and each individually media segment being encrypted with a segment specific key which is specific to the media segment, and the processor is to decrypt the encrypted media segments using real time segment specific keys received from outside the apparatus and to combine the decrypted segment for continuous delivery.
  • the processor is to execute stored instructions to operate a timer to track and store delivery time of each individual title of media data of the second type and media data of the second type, and to provide the delivery time information to a source of the media data.
  • another media delivery apparatus which comprises a processor which is to deliver a plurality types of media data to a user account upon execution of stored instructions, the media data types including media data of a first type and media data of a second type; wherein the processor is to execute stored instructions to deliver media data of the first type in response to a first type of request, to operate a timer to track and store time of media delivery and to store a cumulative time credit, and wherein the processor is to execute stored instructions to deliver media data of the second type in response to a second type of request, and wherein the processor is to determine and limit time of delivery of the media data of the second type depending on the cumulative time credit.
  • a method of media data delivery which comprises:
  • a processor to execute stored instructions to present a menu representing a plurality of media data types which is available for delivery upon selection on a display, the media data types including media data of a first type and media data of a second type; - the processor to execute stored instructions to deliver media data of the first type in response to selection made at an user input interface, to operate a timer to track and store time of media delivery and to store a cumulative time credit, and
  • the processor to execute stored instructions to deliver media data of the second type in response to selection made at the user input interface
  • delivery of the media data of the second type is subject to a time limit and the time limit is determined by the cumulative time credit and/or delivery of the media data of the first type is in accordance with user preference defined in a user profile.
  • Another method of media data delivery comprises:
  • a processor to execute stored instructions to receive and store user profile associated with a user account
  • the processor to execute stored instructions to deliver media data upon receipt of request from the user account, the media data types including media data of a first type and media data of a second type;
  • the processor to execute stored instructions to deliver media data of the first type, to record time credit gained by the user account and to record cumulative time credit gained by the user;
  • the processor to execute stored instructions to deliver media data of the second type subject to a time limit determined by the cumulative time credit.
  • Figure 1 is a schematic diagram depicting a media delivery system according to the present disclosure
  • Figure 1A is a block diagram of an example mobile media reception apparatus according to the present disclosure
  • Figures 2A to 2F are example screen shots generated by a processor, for example, processor of a smart phone, upon execution of an example application program according to the present disclosure
  • Figure 2G is a schematic example depicting simultaneous showing of four broadcasting / delivery channels on a single display screen
  • FIG. 3 is a block diagram depicting example operations of an application software according to the present disclosure
  • Figure 4 is a block diagram depicting major components at a content server
  • FIG. 5 is a schematic diagram depicting another media delivery system according to the present disclosure.
  • Figure 5A is an example screen shot illustrating a main screen of another example application program according to the present disclosure.
  • Figures 6A to 6H are example screen shots of another example application program according to the present disclosure.
  • An example media delivery system comprises a smart phone and a server connected to a communication network, the communication network including a telecommunications network, a computer network and/or the Internet, as depicted in Figure 1.
  • the smart phone is an example of a portable mobile apparatus and comprises in general a main body, a microprocessor, a memory, a display screen and other input/output interfaces, and telecommunications interfaces.
  • the input/ output interfaces may include a keyboard, a USB port, a wireless data or WLAN port, or a touch screen panel which is to function both as an input device and an output device.
  • Most components of the smart phone for example, the microprocessor, the memory, the display screen, the input/output interfaces, and/or the telecommunications interface, are mounted on a printed circuit board or assembled as a module.
  • An application program to facilitate media data operations including user registration, user account recognition, media data request, media data reception, media data delivery, media delivery control and tracking, is downloaded and stored in the memory of the smart phone as a resident program prior to actuation of the media operations.
  • the processor Upon execution of instructions which are stored in the memory, the processor will load the application program and generate a user interface, for example, a graphic user interface, on the display screen to facilitate user interactive operations.
  • a user will then interact with the smart phone through the user interface to register and then to operate the smart phone as an example media delivery apparatus to select and request media data delivery.
  • the media data may include video data, audio data, or other digital data.
  • the processor will generate a sign-in screen upon actuation of the resident application program.
  • the sign-in screen displays icons for user log in and for new user registration.
  • a user will need to obtain and register an account first or as a start at the sign page.
  • a new user will need to provide personal information such as user name, gender, email address, mobile phone number, and/or other personal profile information such as age, nationality, occupation, family status, etc.
  • a user profile containing the aforesaid personal information will be set up for each user account and stored in a remote or main server, although the server may be a distributed server without loss of generality.
  • a registered user may log in and proceed to the first substantive page.
  • the "User Settings" button permits a user to change, modify, and/or update personal information and preference information after registration. Updated user profile including the updated preference profile will be uploaded or synchronized to the remote or main server.
  • the "Time Mining” button upon activation will lead to delivery of "time mining” or “credit gaining” media data to the smart phone and to enable a user to collect and accumulate credits in the user account.
  • the gained and accumulated credits are shown in the "Time Wallet” which is displayed in a time display format and shows time gained, time accumulated or time remaining that is available to the user for spending or consumption.
  • the "Channel" button upon activation will lead to delivery of categories of entertainment media data available for user selection. Upon selection and activation will lead to delivery of "time spending” media data to the smart phone and credits will be deducted or consumed according to delivery time of the "time spending” media data.
  • the "Tools” button permits a user to search a program, edit a list of favorite program and contact service provider of the application program.
  • the display screen is always maintained in the landscape format and is partitioned into a left half screen displaying the "Channel” button, an upper right screen quadrant showing the Time Wallet, and a lower right screen quadrant displaying the "Time Mining” button.
  • the "User Setting” button and a “tools” button are also included in the upper right screen quadrant underneath the "Time Wallet” icon which shows the time balance or credit balance.
  • the upper right screen quadrant shows options for Opt-in/out App Notification, Edit User Profile, Ad Selection and back to viewing remaining time as depicted in Figure 2B.
  • option Profile a user is invited to edit the personal profile as indicated in Figure 2C. The user will be notified about newly added contents via Push Notifications.
  • option Ad selection a user is invited to provide information of goods and service that are of interest and/or preference. Categories of goods and services are provided on the display for selection, and a user can select categories of interest by dragging selected categories into a collection box using touch screen operations where the display is a touch screen or otherwise use other input devices.
  • FIG. 2D An example page is as shown in Figure 2D, the display screen is maintained in the landscape format and is partitioned into a left half screen displaying a plurality of credit contributing categories which are for example categories of goods and services, an upper right screen quadrant showing a confirm button, and a lower right screen quadrant displaying a selection collection box marked "Drag Your Selection Here +".
  • Five example categories are displayed in five rows on the left half screen and include luxury, female, adult, etc. Of course more or less credit contributing categories can be made available for selection on the display where appropriate. At least one credit contributing categories will have to be selected but of course a user can choose a plurality of credit contributing categories commensurate with a diversity of lifestyle.
  • the credit contributing categories selected by the user will then be added to the user profile as preference profile and contains preference information.
  • Saleable media data herein means in general media data which the public is willing to pay to purchase.
  • Example saleable media data herein includes, for example, entertainment, games, sports, gossip, social, news, radio broadcast, music, religion, or other useful, desirable or valuable information.
  • the upper right screen quadrant Upon selected activation of the "Tools” soft button in the upper right screen quadrant, the upper right screen quadrant shows options "Search", “Favourites” and “Contact Us” as indicated in Figure 2F.
  • the users can create short cut to their favorite saleable media or remove it from the favourites.
  • the processor Upon selected activation of the "Time Mining” soft button as shown in Figure 2A, the processor will execute stored instructions to proceed to delivery of the "time mining" or "credit gaining” media data.
  • Credit gaining media data typically includes media data which relate to advertising, campaigning or other exercise, marketing, marketing survey, brand product or service promotion, political, politicians, public appeal, policy or other announcements, etc.
  • media data may also be saleable if well produced, successful, or highly popular, or become 'talk of the town' for whatever reasons.
  • the media data herein may include audio data, video data, text data, numerical data, or any of their combination without loss of generality.
  • the credit gaining media data to be delivered is linked to the preference profile of the user according to preference information provided stored under the user account. For example, if a user has selected "Luxury”, “Female”, and "Adult” as preferential credit contributing categories or preferred categories in short, advertising materials such as advertising video clips of the selected categories will be delivered to the smart phone.
  • the display screen can be partitioned into a plurality of sub-screens to facilitate delivery of a plurality of video clips at the same time.
  • the processor may execute stored instructions to partition the display screen into a left or right half plus two screen quadrants similar to the first or second substantive page for delivery of media data in three broadcasting / delivery channels for simultaneous viewing, or the processor may execute stored instructions to partition the display screen into four screen quadrants as depicted in Figure 2G or more for delivery of media data in four or more broadcasting channels for simultaneous viewing without loss of generality.
  • media data of different categories which are non- conflicting will be selected by the processor upon execution of stored instructions, so that media data of the same category would not appear on the same screen.
  • the difference in categories is preferred to mitigate direct or adverse competitions on the same screen. For example, advertisement videos on adult toys, adult movies and advertisements video on religious preaching will not be elected to appear on the same screen to avoid embarrassment. As another example, advertisements of ice creams, soft drinks, and medicines for diabetes may not be selected for simultaneous showing.
  • the processor of the remote server may upon execution of stored instructions select advertisements of complementary categories for simultaneous showing.
  • advertisements of adult movies and contraception products may be shown at the same time.
  • the processor may upon execution of stored instructions according to predetermined conflict and/or compatibility rules determine whether the credit gaining categories are the same or different, and whether the credit gaining categories are complementary, compatible and/or in conflict in the course of operations.
  • ice cream, beauty care, amusement park and car advertisements shown in Figure 2G are considered to be compatible and parameters and classification systems can be devised and set to facilitate determination or evaluation and delivery of "best matched" advertisements for simultaneous showing by the processor.
  • each credit gaining media data file is assigned a set of characteristic parameters which contains characteristic properties sufficient to facilitate effective determination.
  • the media data may be randomly selected from a category.
  • more than one advertisement media is suitable for delivery on one of the plurality of delivery channels as a "best matched" or “compatible” media for simultaneous showing with the remaining delivery channel or remaining plurality of delivery channels
  • the "best matched" advertisement to be shown as one of the simultaneously shown media will be selected at random, or selected according to a pre-assigned weighting value.
  • a weighted crediting system may be adopted. For example, some categories may have a higher weight and will received more credit for the same viewing time. For example, viewing of multiple advertisements at the same time may gain credit which is commensurate with the number of channels being displayed at the same time.
  • the processor of the smart phone or the processor of the remote server also operates to track and store the delivery time of the individual media content or media data being delivered.
  • the individual media delivery time will be used to determine debit or charge to be paid by a commissioning party, for example, a content provider, a brand owner or an advertising agency.
  • the total media delivery time associated with a particular credit gaining media data file may be converted into payable advertising fees, as depicted in Figure 3.
  • the smart phone tracks and stored the delivery time of individual media contents, and the delivery time is sent to the remote server real-time or at the end of each "time mining" session.
  • the accumulated credit which may be in terms of spendable time, will be continuously shown in the "Time Wallet" icon. Of course, a user may elect to hide the "Time Wallet” or other icons.
  • the gained credit or the credit balance will be stored on the apparatus and/or transmitted to a remote apparatus such as a cloud server or a remote server via LAN, cellular networks or the Internet.
  • a user may choose to receive saleable media content data.
  • the user will need to selectively activate one of the available buttons on the left half screen of the second substantive page corresponding to the different main types of saleable content which are, "Celebrity”, “Movie”, “Online Radio”, “Professional”, “Supernatural” in the present example.
  • a list of titles of various saleable media data files available under a main type will be present on the screen.
  • the processor upon execution of stored instructions will communicate with a media data source, for example, the remote server, and the remote server will operate to deliver media data files of the selected title to the smart phone. Delivery of the media data files will trigger operation of the timer or the "Time Wallet". Time credit corresponding to the media delivery time will be deducted from the credit balance. Delivery is to stop if there is no longer available time credit or available time credit balance.
  • the consumption of time credit through reception of saleable media contents is counted, tracked and monitored by the processor, which will maintain the time credit balance in accordance with media delivery time.
  • the processor will provide delivery time information on the delivery or viewing time of each specific saleable media content file to the remote server.
  • the processor of the remote server will then compile the total viewing or delivery time in respect of each specific saleable media content file and deliver a time report to the content provider.
  • the total viewing or delivery time may be converted into content fees, royalty fees or gratuity to the content provider or its agents to encourage production of good media.
  • a user may return to the second substantive page and gain and accumulate time credit by receiving delivery of credit gaining media data. The gained and accumulated time credit will be available for next viewing of saleable media contents.
  • saleable contents are delivered by the remote server in segments to the smart phone as a media player, or more specifically in encrypted segments to mitigate the risks of media piracy.
  • the saleable contents are delivered as protected video streams using random ciphers to encrypt video contents on-the-fly, as an example application of a D M (Digital Rights Management).
  • DRM Digital Rights Management
  • features include real-time authentication and hash generation, together with on-the-fly media encryption based on the real-time hash are deployed.
  • media data file delivery requests send from a smart phone as an example media player is received by a content server, which is for example a remote server.
  • the remote server Upon receipt of the media data file requests, the remote server will perform user authentication.
  • the server aggregates the User Profile, the Time Balance and the ID of media or media segment, and to obtain encryption keys (the hash) which are generated real-time.
  • the remote server Upon satisfactory authentication that the media file delivery requests are made from an authorized source, such as a proprietary application program, the remote server will validate the User Profile and Time Balance data, and to release encryption keys.
  • the requested media segment is encrypted using the same encryption keys and is then streamed to the media player.
  • the remote server may randomly re-initiate the whole key generation process mentioned above, and the encryption keys re-generation period is non-predictable.
  • a modified streaming server based on the HTTP Live Streaming Protocol and a server for handling the cipher generation and transportation is used in example embodiments.
  • AES with a 128-bit random cipher, transported via HTTPS may be used for media encryption as an example.
  • each video stream is delivered as multiple encrypted chunks with multiple keys so that each encrypted chunk has a unique key, and the keys are to be delivered real-time.
  • the encrypted media chunks may have variable length, and not storable on the receiving device, that is the smart phone or its associated storage.
  • Figure 5 illustrates another example media delivery system basically resembling the one depicted in Figure 1 and comprising also a smart phone and a server connected to a communication network. Further, the system functions substantially in the same manner as set forth hereinbefore. Similarly, the system comes with an application program to facilitate media data operations according to the present disclosure and resembling the one as described above.
  • the system will generate a sign-in screen, which displays icons for user log in and for new user registration.
  • Users are required to register with their valid Hong Kong mobile phone numbers verified via SMS to create unique identities which serves as a mean to protect the interest of Advertisers and Content Providers by making sure that no pseudo Users and all registered users are local consumers or consumers in desired or targeted regions.
  • activation code might be sent to the registered mobile numbers for rectification and account opening, and there will be 5-minute welcoming View Time for every registered Users.
  • Figure 5A depicts an example screen shot illustrating the main screen of the application program, which consists of 3 boxes or regions respectively located at left half, upper right half and lower right half portions of the screen and enclosed with varied colored frames in the figure .
  • Figures 6A to 6H are further example screen shots of the application program according to the present disclosure.
  • Figures 6A to 6B are basically the same as figures 2A to 2B, in which the following example icons and buttons are displayed to enable selection and activation of various operations according to the present disclosure:
  • the display screen is maintained in the landscape format and is partitioned into a left half screen displaying a plurality of credit contributing categories, an upper right screen quadrant showing a confirm button, and a lower right screen quadrant displaying a selection collection box marked "Select your ad categories +" for enabling the interactive operations with the user in a similar manner as described above.
  • Users have following ad options/choices (pick the preferred categories by dragging them to the selection collection box), namely the "Life Info", "Female”, “Necessities", “Luxury”, and "Adult”. After selection of category is made, a list of available media of each category is displayed.
  • a plurality of advertisements or respective preview clips of similar/supplementary and non-conflicting nature could be displayed concurrently to facilitate easy selection, as shown in Figure 6E depicting various clips in 4 grids.
  • Users awarded with view time the ratio is subject to change; but set at 1:12 in the present embodiment
  • a conversion button [Exit] (exit from Time Mining)
  • Next] view next Advertisement
  • [Bonus] obtain bonus view time etc. by participating games, survey, etc. set by the Advertiser
  • the Advertisers can decide on the interaction with Users by providing [Bonus], e.g., questionnaires, on-line game, sampling, service trial, or the like. Advertisers apart from putting advertising on the present system can also interact with users via their [Bonus] program with their picked target list, such as Age, Sex, Income Group, Interest (Content), Ad Category Preference, which is obtained from the database or recorded during the registration or determined by using history of the application program.
  • the [Bonus] can be obtained in the multiples of Advertisers' Ad air-time or in absolute number of minutes, say, 30 minutes or enrollment to Off-line activities. [Bonus] can be obtained via
  • the end frame will appear [Bonus], [Next] & [Exit] after displaying the completed version of its ad. If the [Bonus] button is pressed, the User can earn extra view time decided by the car manufacturer in the multiples of ad viewing time or 30 minutes if he answers the questionnaire, , as shown in Figures 6F-6H. The bonus time will be stored in the User's Time Wallet.
  • the present disclosure provides a guarantee / traceable completed view, and guarantee reach of 3+ 5+ (measurable), whereby surpassing other digital media system or terrestrial TV (claim only).
  • the example categories of saleable media included on the left half screen include “Offline Activities”, “Celebrity”, “Movie”, “professional” and “Movies”. Users can select their preferred contents and enable the "content push" which updates users whenever there are new episodes of the selected contents. View time will be deducted from the user's Time Wallet on every second of the content watching time and Content Providers will be awarded with the users' watch time which can be converted into money.
  • Users can further award the Content Providers if they find the content amicable by pressing the [Bonus] button which appears whenever [Exit] or [Pause] bottom is pressed by choosing the multiple of 2-5 times of their watch time. Again Users' Time Wallet will be deducted accordingly with [Bonus] multiples. When consuming the time credit or accumulated view time, users can fast forward to skip some contents without costing users' view time. Users can track and start watching the content from the last stopping clip, and can check on their "favorite" content list to see how much view time spent on each content / media files.
  • the Bonus System is devised as a mean to redirect and reallocate resources and to revoke traditional media scene. Users can use their View Time at Time Wallet to a] Watch Content (1:1];
  • Users can earn View Time by watching advertisements at Time Mining or AD watching mode and/or participating [Bonus] activities of Advertisers. Users have autonomy in allocating their time in Time Wallet by means of awarding more to desired Contents via [Bonus]. In other words, users can decide on the [Bonus] on top of normal view time awarded to Content Provider. For example, a user is a super-fan of someone/specific content provider and thus he would like to give extra bonus (view time which will be turned into money) to that person/provider. After watching desired Content from that person/provider, when he presses [Pause/Stop], [Bonus] [Pause] [Exit] signs will appear.
  • the User can choose to award [x2], [x3], [x4], [x5] of his view time to the desired content.
  • the user can also award extra bonus (view time which will be turned into money) to NGO content as a donation.
  • the Content Provider of the offline program can set the participation fee in terms of minutes, say, the activity is 1-hour and the participation fee is x-hour of view time. Basing on the Content Provider's confidence on his draw, he can set whatever required view time he likes, say, 3-hour/5-hour in trading 1-hour activity.
  • the "Leaning Wing Chun Live with Master” will also be filmed and aired on-the-fly or later as the saleable content.
  • the present disclosure involves the active participation of 3 parties- Advertisers, Users, and Content Providers.
  • Advertisers can well use the [Bonus] mechanics to interact more in depth with Viewers; users can well use the [Bonus] mechanics to award more to his desired Contents/Content Providers (reallocation of resources); and Content Providers can well use their Contents and 020 activities to gain more View Time.
  • users Via CMS at the Processors, users will be prompted by "Correlated” Contents and/or "Correlated Advertisement”.
  • rating report can be generated for Advertisers and Content Providers' understanding and enable them to be more focused on their marketing campaign and content topics etc.
  • the present disclosure provides the content provider with a curated platform for better and more effective introduction of the Content to Users (unlike youtube swallowed in the big sea of videos); and provides the advertisers with a "manageable” platform with quantifiable results to achieve business objectives. Advertisement watching turns to be a meaningful exercise of collecting "seconds" in Time Wallet and trade for viewing interested programs / media content, and the Time/resources/money earned by the users can be reallocated in big proportion to Content Providers, whereby keeping the program running and the quality uplifted.

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Abstract

L'invention concerne un appareil de distribution de contenu multimédia comprenant un processeur, une interface d'entrée d'utilisateur et un dispositif de sortie de données de transmission en continu. Le processeur doit exécuter des instructions stockées afin de présenter un menu représentant une pluralité de types de données multimédias qui sont disponibles pour une distribution lors de la sélection. Les types de données de transmission en continu comportent des données de transmission en continu d'un premier type et des données de transmission en continu d'un second type. Le processeur doit exécuter des instructions stockées afin de distribuer des données de transmission en continu du premier type en réponse à une sélection effectuée au niveau de l'interface d'entrée utilisateur, afin de faire fonctionner un temporisateur afin de suivre et de stocker le temps de distribution de multimédia et afin de stocker un crédit de temps cumulé. Le processeur doit exécuter des instructions stockées afin de distribuer des données de transmission en continu du second type en réponse à une sélection effectuée au niveau de l'interface d'entrée utilisateur. Le processeur doit déterminer et limiter le temps de distribution des données de transmission en continu du second type en fonction du crédit temporel cumulatif et/ou distribuer des données de transmission en continu d'un premier type en fonction de préférences d'utilisateur.
PCT/IB2017/055578 2016-09-15 2017-09-14 Appareil et procédé de distribution multimédia WO2018051273A1 (fr)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201780070263.1A CN110073390A (zh) 2016-09-15 2017-09-14 媒体交付方法和装置

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HK16110910 2016-09-15
HK16110910.8 2016-09-15

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WO2018051273A1 true WO2018051273A1 (fr) 2018-03-22

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Citations (6)

* Cited by examiner, † Cited by third party
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