TWM525485U - Set-top box remote multiple screen interaction control system based on XMPP communication - Google Patents
Set-top box remote multiple screen interaction control system based on XMPP communication Download PDFInfo
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- TWM525485U TWM525485U TW104213728U TW104213728U TWM525485U TW M525485 U TWM525485 U TW M525485U TW 104213728 U TW104213728 U TW 104213728U TW 104213728 U TW104213728 U TW 104213728U TW M525485 U TWM525485 U TW M525485U
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- 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
- H04N21/633—Control signals issued by server directed to the network components or client
- H04N21/6332—Control signals issued by server directed to the network components or client directed to client
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- 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
- H04L65/1066—Session management
- H04L65/1101—Session protocols
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- 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
- H04N21/472—End-user interface for requesting content, additional data or services; End-user interface for interacting with content, e.g. for content reservation or setting reminders, for requesting event notification, for manipulating displayed content
- H04N21/47202—End-user interface for requesting content, additional data or services; End-user interface for interacting with content, e.g. for content reservation or setting reminders, for requesting event notification, for manipulating displayed content for requesting content on demand, e.g. video on demand
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- 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
- H04N21/4786—Supplemental services, e.g. displaying phone caller identification, shopping application e-mailing
Description
本創作涉及一種基於XMPP通信的機頂盒遠程多屏交互控制系統，屬於機頂盒交互控制技術領域。 The present invention relates to a remote multi-screen interactive control system for a set top box based on XMPP communication, belonging to the field of set top box interactive control technology.
隨著移動網際網路的發展，數位電視行業也在和移動網際網路不斷融合，如何將一些成熟的移動網際網路技術創造性的應用於數位電視領域，發展出一些新型的應用業務，提升電視使用者的操作體驗，是近年來發展比較快的一個方向；多屏融合業務是目前解決這一問題的主要手段，當前三網融合業務中的多屏交互技術，主要有Airplay，DLNA，miraCast等，這些協議存在如下共同的缺陷： With the development of the mobile Internet, the digital TV industry is also merging with the mobile Internet. How to use some mature mobile Internet technologies to creatively apply to the digital TV field, develop some new application services, and enhance TV. The user's operating experience is a relatively fast-developing direction in recent years; multi-screen fusion service is currently the main means to solve this problem. The current multi-screen interactive technology in the three-network convergence service mainly includes Airplay, DLNA, miraCast, etc. These agreements have the following common flaws:
(1)這些交互技術的應用的前提是機頂盒終端與手機終端需要在同一個區域網環境內，通過區域網的鏈路來實現設備連接與控制；但是當前大部分國內家庭的區域網路是電信運營商的無線區域網，而絕大多數廣電網路機頂盒不能接入家庭的電信無線網路，只能接入廣電內部雙 向交互網路，導致上述多屏交互技術無法實現規模應用。 (1) The premise of the application of these interactive technologies is that the set-top box terminal and the mobile terminal need to be connected and controlled through the link of the regional network in the same regional network environment; however, the current regional network of most domestic households is telecommunications. The wireless local area network of the operator, and most of the wide-area road set-top boxes cannot access the home telecommunications wireless network, and can only access the radio and television internal double To the interactive network, the above multi-screen interaction technology cannot achieve scale application.
(2)通過區域網的方式，交互操作不通過運營商，運營商掌握用戶的操作行為，不能進行行為統計分析，進而影響業務的進一步發展。 (2) Through the regional network, the interaction does not pass through the operator. The operator grasps the user's operational behavior and cannot perform behavioral statistical analysis, which in turn affects the further development of the service.
(3)這些協議的實現比較複雜，傳統的機頂盒端必須要通過韌體升級的方式才能夠實現，而機頂盒韌體升級會帶來大量的軟體開發、測試、分批升級測試、返修等工作，並且會有較大的風險，廣電有線運營商在韌體升級也比較慎重。 (3) The implementation of these protocols is more complicated. The traditional set-top box end must be upgraded through firmware, and the upgrade of the set-top box firmware will bring a lot of software development, testing, batch upgrade testing, and rework. And there will be greater risks, and broadcast and cable operators will be more cautious in firmware upgrades.
本創作的目的在於，提供一種基於XMPP通信的機頂盒遠程多屏交互控制系統，能夠規模化應用，交互操作無需通過運營商，無需對機頂盒進行韌體升級。 The purpose of the present invention is to provide a remote multi-screen interactive control system for a set top box based on XMPP communication, which can be scaled applications, and the interactive operation does not need to pass the operator, and does not need to upgrade the firmware of the set top box.
為解決上述技術問題，本創作採用如下的技術方案：一種基於XMPP通信的機頂盒遠程多屏交互控制系統，其包括：一信號生成模組，用於智慧終端機擴展、格式化XMPP傳輸文本，形成控制信號；一綁定模組，用於智慧終端機與目標機頂盒進行關聯綁定；一信號傳輸模組，用於智慧終端機傳輸控制信號到XMPP中心伺服器，XMPP中心伺服器轉發控制信號到目標機頂盒；一信號執行模組，用於目標機頂盒接收、解析控制信號，調用機頂 盒介面執行相應的控制動作，並將執行結果回饋給智慧終端機。 In order to solve the above technical problems, the present invention adopts the following technical solution: a remote multi-screen interactive control system for a set top box based on XMPP communication, comprising: a signal generation module for expanding and formatting XMPP texts of a smart terminal, forming Control signal; a binding module for intelligent terminal to associate with the target set top box; a signal transmission module for the smart terminal to transmit control signals to the XMPP central server, and the XMPP central server forwards the control signal to Target set-top box; a signal execution module for receiving and parsing control signals of the target set-top box, calling the set top The box interface performs the corresponding control actions and returns the execution result to the smart terminal.
前述的基於XMPP通信的機頂盒遠程多屏交互控制系統中，信號生成模組包括：一擴展模組，用於智慧終端機採用JSON的方式對控制信號的類型和參數進行封裝定義；一格式化模組，用於格式化傳輸格式，形成所需的控制信號。 In the foregoing XMPP communication-based set-top box remote multi-screen interactive control system, the signal generating module comprises: an expansion module, wherein the smart terminal uses JSON to encapsulate and define the type and parameters of the control signal; Group, used to format the transport format to form the desired control signals.
前述的基於XMPP通信的機頂盒遠程多屏交互控制系統中，綁定模組包括：一二維碼生成模組，用於Protal伺服器生成二維碼並下發給目標機頂盒，所述二維碼包括目標機頂盒唯一標識和目標機頂盒所在XMPP節點域位址；一二維碼顯示模組，用於目標機頂盒顯示二維碼；一二維碼掃描模組，用於智慧終端機掃描顯示的二維碼，獲取目標機頂盒唯一標識和目標機頂盒所在XMPP節點域位址；一配對模組，用於進行配對，實現智慧終端機與目標機頂盒的綁定。 In the foregoing XMPP communication-based set-top box remote multi-screen interactive control system, the binding module includes: a two-dimensional code generation module, configured to generate a two-dimensional code by the Protal server and send the same to the target set-top box, the two-dimensional code The target set-top box unique identifier and the XMPP node domain address of the target set-top box; a two-dimensional code display module for displaying the two-dimensional code of the target set-top box; and a two-dimensional code scanning module for scanning the two-dimensional display of the smart terminal The code obtains the unique identifier of the target set-top box and the XMPP node domain address where the target set-top box is located; a pairing module is used for pairing to realize binding of the smart terminal to the target set-top box.
前述的基於XMPP通信的機頂盒遠程多屏交互控制系統中，信號傳輸模組包括：一終端連接模組，用於智慧終端機與XMPP中心伺服器建立連接；一終端發送模組，用於智慧終端機向XMPP中心伺服器發出控制信號；一中心分發模組，用於XMPP中心伺服器根據目標機頂盒所在 XMPP節點域位址，通過雙向網路轉發控制信號到目標機頂盒所屬的XMPP節點伺服器；一機頂盒連接模組，用於目標機頂盒與XMPP節點伺服器建立連接；一節點分發模組，用於XMPP節點伺服器分發控制信號到對應的機頂盒。 In the foregoing XMPP communication-based set-top box remote multi-screen interactive control system, the signal transmission module comprises: a terminal connection module for establishing a connection between the smart terminal and the XMPP center server; and a terminal transmission module for the smart terminal The machine sends a control signal to the XMPP center server; a central distribution module is used for the XMPP center server according to the target set-top box The XMPP node domain address, through the bidirectional network forwarding control signal to the XMPP node server to which the target set-top box belongs; a set-top box connection module for establishing a connection between the target set-top box and the XMPP node server; and a node distribution module for XMPP The node server distributes control signals to the corresponding set top box.
前述的基於XMPP通信的機頂盒遠程多屏交互控制系統中，信號執行模組包括：一解析模組，用於目標機頂盒接收控制信號後，對信號類型和參數進行解析；一執行回饋模組，用於根據控制信號的類型與參數執行相應的控制動作，並將執行結果返回給智慧終端機；一終端顯示模組，用於智慧終端機顯示相應的狀態資訊。 In the foregoing XMPP communication-based set-top box remote multi-screen interactive control system, the signal execution module includes: an analysis module, configured to parse the signal type and parameters after the target set-top box receives the control signal; and execute the feedback module, Performing corresponding control actions according to the type and parameters of the control signal, and returning the execution result to the smart terminal; a terminal display module for displaying the corresponding status information by the smart terminal.
與現有技術相比，本創作將傳統的即時消息通信機制(Extensible Messaging and Presence Protocol,XMPP)應用於數位化廣播電視領域，用來對終端機頂盒進行相關遠程交互控制，並充分結合移動網際網路的相關技術，實現廣電機頂盒與移動智慧設備的交互控制與資訊傳輸，比如手機遙控機頂盒、直播切台控制、點播推送控制等業務形態，輕便快捷的實現了傳統數位電視業務的多屏融合，能夠規模化應用，交互操作無需通過運營商，無需對機頂盒進行韌體升級。 Compared with the prior art, this creation applies the traditional Extensible Messaging and Presence Protocol (XMPP) to the field of digital broadcast television for the related remote interaction control of the terminal set-top box, and fully integrates with the mobile internet. The related technology realizes the interactive control and information transmission of the wide motor set-top box and the mobile smart device, such as the mobile phone remote control set-top box, the live cut-cut control, the on-demand push control and other business forms, which realizes the multi-screen fusion of the traditional digital television service lightly and quickly, For large-scale applications, interactive operations do not require an operator, and there is no need to upgrade the firmware of the set-top box.
本創作讓傳統的機頂盒與電視具備了向網際網路方向延伸、發展的可能，建立了相關的技術準備；主要包 含如下幾個部分：(1)使得廣電傳統的機頂盒(非近年來的OTT智慧機頂盒)可以通過網際網路與廣電有線雙向網路與移動終端連接起來，為全國統一的運營服務提供可能；(2)可以將傳統的機頂盒以輕載應用的模式植入交互控制模組，減少了巨大的韌體軟體發展與調試工作，具有巨大的市場價值；(3)可以實現所有傳統廣電應用業務的對接。 This creation allows traditional set-top boxes and TVs to extend and develop in the direction of the Internet, and has established relevant technical preparations; It includes the following parts: (1) The traditional set-top box of the radio and television (not the OTT smart set-top box in recent years) can be connected to the mobile terminal through the Internet and the broadcasting and television two-way network, providing the possibility of unified operation services nationwide; 2) The traditional set-top box can be implanted into the interactive control module in the light load application mode, which reduces the development and debugging of the huge firmware software, and has great market value; (3) can realize the docking of all traditional radio and television application services. .
1‧‧‧信號生成模組 1‧‧‧Signal Generation Module
11‧‧‧擴展模組 11‧‧‧Extension module
12‧‧‧格式化模組 12‧‧‧Format module
2‧‧‧綁定模組 2‧‧‧Binding module
21‧‧‧二維碼生成模組 21‧‧‧ QR code generation module
22‧‧‧二維碼顯示模組 22‧‧‧ QR code display module
23‧‧‧二維碼掃描模組 23‧‧‧ QR code scanning module
24‧‧‧配對模組 24‧‧‧ Pairing module
3‧‧‧信號傳輸模組 3‧‧‧Signal transmission module
31‧‧‧終端連接模組 31‧‧‧Terminal connection module
32‧‧‧機頂盒連接模組 32‧‧‧Set top box connection module
33‧‧‧終端發送模組 33‧‧‧Terminal Transmitter Module
34‧‧‧中心分發模組 34‧‧‧Center Distribution Module
35‧‧‧節點分發模組 35‧‧‧node distribution module
4‧‧‧信號執行模組 4‧‧‧Signal Execution Module
第1圖，為本創作實施例1的工作流程圖。 Fig. 1 is a flowchart showing the operation of the first embodiment of the present invention.
第2圖，為本創作實施例2的結構示意圖。 Fig. 2 is a schematic structural view of the second embodiment of the present invention.
第3圖，為本創作實施例的網路架構圖。 Figure 3 is a diagram showing the network architecture of the present embodiment.
本創作的實施例1：一種基於XMPP通信的機頂盒遠程多屏交互控制系統之實施方法，如第1圖所示，包括以下步驟：S1：一智慧終端機擴展、格式化XMPP傳輸文本，形成一控制信號；S2：智慧終端機與一目標機頂盒進行關聯綁定；S3：智慧終端機傳輸控制信號到一XMPP中心伺服器，XMPP中心伺服器轉發控制信號到目標機頂盒； S4：目標機頂盒接收、解析控制信號，調用機頂盒介面執行相應的控制動作，並將執行結果回饋給智慧終端機。 Embodiment 1 of the present invention: a method for implementing a remote multi-screen interactive control system of a set top box based on XMPP communication, as shown in FIG. 1 , comprising the following steps: S1: a smart terminal expands and formats XMPP to transmit text, forming a Control signal; S2: the smart terminal machine is associated with a target set top box; S3: the smart terminal transmits a control signal to an XMPP central server, and the XMPP central server forwards the control signal to the target set top box; S4: The target set-top box receives and parses the control signal, invokes the set-top box interface to perform the corresponding control action, and returns the execution result to the smart terminal machine.
承上，所述步驟S1包括：智慧終端機採用JSON的方式對控制信號的類型和參數進行封裝定義，格式化傳輸格式，形成所需的控制信號；所述控制信號包括目標機頂盒唯一標識和目標機頂盒所在XMPP節點域地址；其中，XMPP主要用於文本傳輸，傳輸的內容多用於自然語言的交流；通過XMPP傳輸內容的格式化定義，實現了機器語言可理解的規範化控制信號的擴展；這些擴展的控制信號通過JSON的方式進行定義，主要包含目標控制信號(指令)類型、信號參數等；根據實際應用業務的需要，這些控制信號種類可隨時進行調整，並且這種調整不影響協議主體，只需要在控制信號發起端與接收解析端完成對應的語義編碼及解碼調整即可，相比於自行定義的其他各種設備傳輸協定，使用XMPP擴展控制信號可以非常便捷地實現設備多對多的交叉通訊，指令擴展簡潔明瞭，同時有完整可靠的設備及通訊管理系統軟體用以規模化的運營支撐；下面以遙控器控制、切屏控制為例，來定義擴展介面； The step S1 includes: the smart terminal uses JSON to encapsulate the type and parameters of the control signal, formats the transmission format, and forms a required control signal; the control signal includes the unique identifier and target of the target set top box. The XMPP node domain address where the set-top box is located; among them, XMPP is mainly used for text transmission, and the transmitted content is mostly used for natural language communication; through the format definition of XMPP transmission content, the extension of normalized control signals understandable by machine language is realized; The control signal is defined by means of JSON, mainly including the target control signal (instruction) type, signal parameters, etc.; according to the needs of the actual application service, these control signal types can be adjusted at any time, and this adjustment does not affect the protocol body, only It is necessary to complete the corresponding semantic coding and decoding adjustment at the control signal originating end and the receiving parsing end. Compared with other various device transmission protocols defined by itself, the XMPP extended control signal can realize the many-to-many cross communication of the device very conveniently. The instruction extension is concise and clear, and at the same time There are complete and reliable equipment and communication management system software for large-scale operation support; the following is an example of remote control control and screen control to define the expansion interface;
1.遙控器控制擴展介面： 1. Remote control control extension interface:
源代碼如下： The source code is as follows:
2.切屏控制信號： 2. Cut screen control signal:
源代碼如下： } The source code is as follows: }
通過對XMPP的傳輸文本的擴展定義，使得智慧終端機與目標機頂盒之間建立統一的控制信號規範，基於此來實現對控制信號的解析與執行。 Through the extended definition of the transmission text of XMPP, a unified control signal specification is established between the smart terminal and the target set-top box, based on which the analysis and execution of the control signal is realized.
所述步驟S2包括：S21：一Protal伺服器生成一二維碼並下發給目標機頂盒，所述二維碼包括目標機頂盒唯一標識和目標機頂盒所在XMPP節點域位址；S22：目標機頂盒顯示二維碼；S23：智慧終端機掃描顯示的二維碼，獲取目標機頂盒唯一標識和目標機頂盒所在XMPP節點域位址，進行配對，實現與目標機頂盒的綁定。 The step S2 includes: S21: a Protal server generates a two-dimensional code and sends it to the target set-top box, where the two-dimensional code includes the target set-top box unique identifier and the XMPP node domain address where the target set-top box is located; S22: the target set-top box displays two Dimension code; S23: The smart terminal scans the displayed two-dimensional code, obtains the unique identifier of the target set-top box and the XMPP node domain address where the target set-top box is located, and performs pairing to achieve binding with the target set-top box.
機頂盒開機後，會顯示雙向portal這一廣電領域內的互動門戶，一般用網頁技術實現，主要包含各種雙向業務如點播、回看等，同時此門戶網頁中也會包含一些基本單向業務入口，如直播頻道分類、節目指南等。 After the set-top box is turned on, it will display the two-way portal, an interactive portal in the field of broadcasting and television. It is generally implemented by webpage technology, and mainly includes various two-way services such as on-demand and look-back, and the portal webpage also contains some basic one-way service portals. Such as live channel classification, program guides, etc.
所述步驟S3包括：S31：智慧終端機與XMPP中心伺服器建立連接，目標機頂盒與一XMPP節點伺服器建立連接；S32：智慧終端機向XMPP中心伺服器發出控制信號； S33：XMPP中心伺服器根據目標機頂盒所在XMPP節點域位址，通過雙向網路轉發控制信號到目標機頂盒所屬的XMPP節點伺服器；S34：XMPP節點伺服器分發控制信號到對應的機頂盒。 The step S3 includes: S31: the smart terminal establishes a connection with the XMPP central server, and the target set top box establishes a connection with an XMPP node server; S32: the smart terminal sends a control signal to the XMPP central server; S33: The XMPP central server forwards the control signal to the XMPP node server to which the target set-top box belongs according to the XMPP node domain address of the target set-top box; S34: The XMPP node server distributes the control signal to the corresponding set-top box.
所述步驟S4包括：S41：目標機頂盒接收控制信號後，對信號類型和參數進行解析；S42：根據控制信號的類型與參數執行相應的控制動作，並將執行結果返回給智慧終端；S43：智慧終端機顯示相應的狀態資訊。 The step S4 includes: S41: after the target set top box receives the control signal, parsing the signal type and the parameter; S42: performing a corresponding control action according to the type and the parameter of the control signal, and returning the execution result to the smart terminal; S43: Wisdom The terminal displays the corresponding status information.
本創作的實施例2：一種基於XMPP通信的機頂盒遠程多屏交互控制系統，如第2圖所示，包括：一信號生成模組1，用於一智慧終端機擴展、格式化XMPP傳輸文本，形成一控制信號；一綁定模組2，與信號生成模組資訊連結，用於智慧終端機與一目標機頂盒進行關聯綁定；一信號傳輸模組3與綁定模組資訊連結，用於智慧終端機傳輸控制信號到一XMPP中心伺服器，XMPP中心伺服器轉發控制信號到目標機頂盒；一信號執行模組4與信號傳輸模組資訊連結，用於目標機頂盒接收、解析控制信號，調用機頂盒介面執行相應的控制動作，並將執行結果回饋給智慧終端機。 Embodiment 2 of the present invention: a remote multi-screen interactive control system for a set top box based on XMPP communication, as shown in FIG. 2, comprising: a signal generating module 1 for expanding and formatting XMPP texts by a smart terminal device, Forming a control signal; a binding module 2, coupled with the signal generation module information, for the smart terminal to be associated with a target set top box; a signal transmission module 3 and the binding module information link for The smart terminal transmits a control signal to an XMPP center server, and the XMPP center server forwards the control signal to the target set-top box; a signal execution module 4 and the signal transmission module information link are used for the target set-top box to receive and parse the control signal, and call the set-top box. The interface performs the corresponding control action and returns the execution result to the smart terminal.
所述的信號生成模組1包括：一擴展模組11，用於智慧終端機採用JSON的方式對控制信號的類型和參數進行封裝定義；一格式化模組12，用於格式化傳輸格式，形成所需的控制信號。 The signal generating module 1 includes: an expansion module 11 for the smart terminal to encapsulate the type and parameters of the control signal by means of JSON; a formatting module 12 for formatting the transmission format, Form the required control signals.
所述的綁定模組2包括：一二維碼生成模組21，用於Protal伺服器生成二維碼並下發給目標機頂盒，所述二維碼包括目標機頂盒唯一標識和目標機頂盒所在XMPP節點域位址；一二維碼顯示模組22，用於目標機頂盒顯示二維碼；一二維碼掃描模組23，用於智慧終端機掃描顯示的二維碼，獲取目標機頂盒唯一標識和目標機頂盒所在XMPP節點域位址；一配對模組24，用於進行配對，實現智慧終端機與目標機頂盒的綁定。 The binding module 2 includes: a two-dimensional code generating module 21, configured to generate a two-dimensional code and send the two-dimensional code to the target set-top box, where the two-dimensional code includes the unique identifier of the target set-top box and the XMPP where the target set-top box is located. a node domain address; a two-dimensional code display module 22 for displaying a two-dimensional code on the target set top box; and a two-dimensional code scanning module 23 for scanning the displayed two-dimensional code by the smart terminal machine to obtain the unique identifier of the target set top box and The XMPP node domain address of the target set-top box; a pairing module 24 for pairing, and realizing the binding of the smart terminal to the target set-top box.
信號傳輸模組3包括：一終端連接模組31，用於智慧終端機與XMPP中心伺服器建立連接；一終端發送模組33，用於智慧終端機向XMPP中心伺服器發出控制信號；一中心分發模組34，用於XMPP中心伺服器根據目標機頂盒所在XMPP節點域位址，通過雙向網路轉發控制信號到目標機頂盒所屬的XMPP節點伺服器；一機頂盒連接模組32，用於目標機頂盒與XMPP節點伺服器建立連接；一節點分發模組35，用於XMPP節點伺服器分發控制信號到對應的機頂盒。 The signal transmission module 3 includes: a terminal connection module 31 for establishing a connection between the smart terminal and the XMPP center server; and a terminal transmission module 33 for the smart terminal to send a control signal to the XMPP center server; The distribution module 34 is configured to: the XMPP center server forwards the control signal to the XMPP node server to which the target set-top box belongs according to the XMPP node domain address of the target set-top box; and a set-top box connection module 32 is used for the target set-top box and The XMPP node server establishes a connection; a node distribution module 35 for the XMPP node server to distribute control signals to the corresponding set top box.
信號執行模組4包括：一解析模組，用於目標機頂盒接收控制信號後，對信號類型和參數進行解析；一執行回饋模組，用於根據控制信號的類型與參數執行相應的控制動作，並將執行結果返回給智慧終端機；一終端顯示模組，用於智慧終端機顯示相應的狀態資訊。 The signal execution module 4 includes: an analysis module, configured to parse the signal type and parameters after the target set top box receives the control signal; and an execution feedback module configured to perform corresponding control actions according to the type and parameters of the control signal, And returning the execution result to the smart terminal; a terminal display module is used for the smart terminal to display the corresponding status information.
通過XMPP協議，將位於移動網際網路的智慧移動終端與位於有線電視區域網的機頂盒連接起來，實現通過智慧終端機控制機頂盒的目標，此系統是多屏融合業務中核心的系統，主要用來實現對交互控制信令的認證、分發等工作，其網路結構如第3圖所示，圖中各主要組成部分如下： Through the XMPP protocol, the smart mobile terminal located on the mobile internet is connected with the set-top box located in the cable television area network, and the target of controlling the set-top box through the smart terminal is realized, and the system is the core system in the multi-screen fusion service, and is mainly used for The authentication and distribution of interactive control signaling is implemented. The network structure is shown in Figure 3. The main components in the figure are as follows:
1.一XMPP中心伺服器(位於移動網際網路中心機房)，主要負責智慧移動終端對信令系統頭端的接入管理，同時負責與各XMPP節點伺服器之間的通訊，確保控制信號能準確到達指定節點。 1. An XMPP central server (located in the mobile internet center computer room), mainly responsible for the access management of the smart mobile terminal to the head end of the signaling system, and is responsible for communication with each XMPP node server to ensure that the control signal can be accurate. Reach the specified node.
2.一XMPP節點A伺服器，主要負責有線網路公司A區域網中各機頂盒的接入管理，並且與XMPP中心伺服器進行通訊。 2. An XMPP node A server, which is mainly responsible for access management of each set top box in the wired network company A area network, and communicates with the XMPP center server.
3.一XMPP節點B伺服器，主要負責有線網路公司B區域網中各機頂盒的接入管理，並且和XMPP中心伺服器進行通訊。 3. An XMPP Node B server, which is mainly responsible for access management of each set top box in the wired network company B area network, and communicates with the XMPP center server.
4.一機頂盒A用戶端，有線網路公司A區域網內的機頂盒A，其內置XMPP用戶端軟體，負責與XMPP節點A伺服 器之間的通訊，同時負責控制信號的解析、執行和回饋。 4. A set-top box A client, set-top box A in the wired network company A area network, its built-in XMPP client software, responsible for the AMP with XMPP node The communication between the devices is responsible for the analysis, execution and feedback of the control signals.
5.一機頂盒B用戶端，有線網路公司B區域網內的機頂盒B，其內置XMPP用戶端軟體，負責與XMPP節點B伺服器之間的通訊；同時負責控制控制信號的解析、執行和回饋。 5. A set-top box B client, set-top box B in the wired network company B area network, its built-in XMPP client software, responsible for communication with the XMPP node B server; at the same time responsible for control signal analysis, execution and feedback .
6.一智慧移動終端，負責與XMPP中心伺服器之間的交互通訊。 6. A smart mobile terminal responsible for interactive communication with the XMPP central server.
通過此網路架構，可實現網際網路移動智慧終端機對機頂盒的控制，並且一定程度上能夠實現全國範圍內的機頂盒與XMPP中心的聯網。 Through this network architecture, the control of the set-top box of the Internet mobile smart terminal can be realized, and to some extent, the networking of the set-top box and the XMPP center can be realized nationwide.
1‧‧‧信號生成模組 1‧‧‧Signal Generation Module
11‧‧‧擴展模組 11‧‧‧Extension module
12‧‧‧格式化模組 12‧‧‧Format module
2‧‧‧綁定模組 2‧‧‧Binding module
21‧‧‧二維碼生成模組 21‧‧‧ QR code generation module
22‧‧‧二維碼顯示模組 22‧‧‧ QR code display module
23‧‧‧二維碼掃描模組 23‧‧‧ QR code scanning module
24‧‧‧配對模組 24‧‧‧ Pairing module
3‧‧‧信號傳輸模組 3‧‧‧Signal transmission module
31‧‧‧終端連接模組 31‧‧‧Terminal connection module
32‧‧‧機頂盒連接模組 32‧‧‧Set top box connection module
33‧‧‧終端發送模組 33‧‧‧Terminal Transmitter Module
34‧‧‧中心分發模組 34‧‧‧Center Distribution Module
35‧‧‧節點分發模組 35‧‧‧node distribution module
4‧‧‧信號執行模組 4‧‧‧Signal Execution Module
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| CN105024923B (en) * | 2015-07-29 | 2018-05-15 | 北京梅泰诺通信技术股份有限公司 | The method and device that message category based on XMPP extension message is realized |
| CN105141995B (en) * | 2015-08-07 | 2019-01-22 | 北京思特奇信息技术股份有限公司 | A kind of method and system for realizing the remote control of TV cloud based on converged communication technology |
| CN106572382A (en) * | 2015-10-12 | 2017-04-19 | 中兴通讯股份有限公司 | Multi-screen interaction method and system and extensible messaging and presence protocol (XMPP) system |
| CN106850533B (en) * | 2016-11-28 | 2020-08-04 | 上海树谦花智能科技有限公司 | Media interaction system and method based on static two-dimensional code |
| CN108271053A (en) * | 2017-01-03 | 2018-07-10 | 中国移动通信有限公司研究院 | Processing method, device, set-top box and the terminal of interactive information |
| CN106792032A (en) * | 2017-01-18 | 2017-05-31 | 环球智达科技（北京）有限公司 | A kind of method of wifi RTV remote televisions |
| CN106992924A (en) * | 2017-03-20 | 2017-07-28 | 山东浪潮商用系统有限公司 | A kind of communication means, server and system |
| CN108989367A (en) * | 2017-05-31 | 2018-12-11 | 深圳市中兴微电子技术有限公司 | A kind of Internet of Things communication means, equipment and system |
| CN109120956A (en) * | 2017-06-23 | 2019-01-01 | 武汉矽感科技有限公司 | Television for play control method, apparatus and system |
| CN109600647A (en) * | 2018-12-25 | 2019-04-09 | 北京潘达互娱科技有限公司 | A kind of TV remote controlling method, mobile terminal, TV and system |
| CN110312101B (en) * | 2019-07-01 | 2021-08-13 | 杭州当虹科技股份有限公司 | Implementation method of portable real-time mobile portrait deployment and control system |
| CN114387940B (en) * | 2022-02-25 | 2023-09-15 | 卡莱特云科技股份有限公司 | Partition display updating method, playing box and display system of LED display screen |
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