WO2012155651A1

WO2012155651A1 - Online processing system and method for implementing terminal application

Info

Publication number: WO2012155651A1
Application number: PCT/CN2012/072640
Authority: WO
Inventors: 王国才; 张浩军
Original assignee: 中兴通讯股份有限公司
Priority date: 2011-07-22
Filing date: 2012-03-20
Publication date: 2012-11-22
Also published as: CN102891877A; CN102891877B

Abstract

Disclosed in the present invention are an online processing system and method for implementing terminal application, wherein the system includes: Always Online Engine (AOE), on which one or more terminals are registered; application server, which is used for generating new messages; Always Online Infrastructure (AOI), which is used for receiving the new messages pushed by the application server, and transmitting the new messages to the registered terminals via the AOE. The present invention can eliminate bottleneck existing in mobile Internet services, thus terminal users can achieve better user experiences.

Description

Online processing system and method for realizing terminal application

The present invention relates to the field of mobile internet, and in particular, to an online processing system and method for implementing a terminal application. Background technique

Under the current mobile Internet service application model, service providers (SPs, Service Providers), operators, and end users face different problems to varying degrees.

For the SP, there is a problem that the development cost is high, the period is long, the initiative cannot be taken, and the application content can be actively pushed to the user through the operator and the unified application access mode is lacking.

For the end user, there is a problem that the content cannot be updated in time, the terminal resource consumption is severe, the response is slow, and the power supply life is short.

In particular, there are more serious problems for operators, including: A large number of terminals are connected to the application server, and the application server needs to establish a large number of long connections; each terminal application must establish a long connection and cannot be reused; whether the terminal and the application are used together Data compression is uncontrollable and occupies a large amount of bandwidth. Operators only become a network transmission channel, lacking management and monitoring of services, including monitoring of content, etc.; security between terminals and applications is uncontrollable; High input and operating costs are required.

For the above reasons, the current mobile internet service model cannot meet the needs of SPs, operators, and even end users. Therefore, it is urgent to propose a new solution to solve the above problems.

At present, the prior art solves the above problem by implementing Push (Push) service in the mobile Internet service, and generally has the following methods:

1) The client program has been connected to the server for a long time. After the server has new information, it is directly pushed. To the terminal, current mainstream instant messaging (IM, Instant Messenger) software such as QQ, KIT Message, WhatsApp, etc. are such services. The biggest disadvantage of this type of processing is that the application must be started all the time or at least one background process must be started and keep a long connection with the server to ensure that the server's Push message can be received in time. This results in wasted system memory resources, CPU (Central Processing Unit) resources, occupied connection channels, long connection links to maintain wireless resources, increased battery consumption, etc.

2) After the server program has a new message, the Push SMS is sent. After the client background process captures the SMS, the client is started and the connection to the server is initiated and the information is updated. This method obtains the information in time, but the general SP cannot Sending SMS messages, and relying on the operator's SMS channel costs are higher;

3) The program periodically initiates a connection to the server to query whether there is the latest information, and if so, it is sent to the terminal. This timing acquisition method repeatedly initiates a connection request to the server, and consumes a large amount of battery and network resources for the terminal. The information is not obtained in time, and can only be said to be a Pull method rather than a Push method.

There is currently no effective solution to one or more of the above prior art problems. Summary of the invention

SUMMARY OF THE INVENTION A primary object of the present invention is to provide an online processing system and method for implementing a terminal application to solve one or more problems of the prior art.

In order to achieve the above object, according to an aspect of the present invention, an online processing system for realizing a terminal application is provided.

An online processing system for implementing a terminal application according to the present invention includes: an always-on engine (AOE) that registers one or more terminals on an AOE; an application server, configured to generate a new message; an always-on push infrastructure (AOI), setting To receive new messages pushed from the application server, and send new messages to the registered terminals via AOE.

The AOI includes: an always-on push platform (AOP), which is set to provide terminal management functions for the terminal. Energy, data management and maintenance functions; Free Time Bandwidth Utilization System (VBU), set to detect and manage the system network, and determine the strategy for pushing new messages.

AOP includes: Online subsystem, set to create and maintain online relationship between terminal and application server, and provide terminal wake-up, management function, terminal application online, offline status notification function, terminal user registration, online status query, application-side management And access function; a data proxy subsystem, configured to provide a push information interface to an enterprise application or an Internet application for access points of different terminals, and process data packets in the proxy channel; an authentication subsystem, providing storage User information of the terminal, the user information includes: a user UA, a user number; a support subsystem, providing one or more additional function systems.

The online subsystem includes: a first pushing device configured to perform data feeding based on the SMS bearer, and performing pull-up of the terminal; a second pushing device configured to establish and maintain a long connection between the application server and the registered terminal; the VPN access device , set to establish a VPN access service based on the SSL protocol; user\application registration device, set to register the end user and the application provider; route management device, set to provide access to all access nodes in the mobile internet network Support services.

The supporting subsystem comprises: a statistical analysis system, configured to perform business statistics and analysis on the pushed new message; a charging management system, configured to generate original charging information generated by pushing a new message; an upgrade management system, configured to provide the system and The upgrade management of the software on the terminal; the monitoring management system is configured to provide monitoring and management for pushing new messages, and the monitoring management includes: monitoring and managing device alarms, environmental alarms, communication alarms, and quality of service alarms; the log management system is set to be based on the push The message generation log includes: operation log, operation log, user log, and security log; the auxiliary system is set to add a secondary dedicated module to the gateway according to requirements.

AOP provides one or more external interfaces, including: AOE interface, AOI interface, interface between AOI and SP, interface between AOI and DNS, interface between AOI and BOSS, interface between AOI and SMS gateway, and AOI Interface with the network management system. The VBU includes: set as a idle time detection and prediction system, predicts a cell load condition by a prediction algorithm, and obtains a prediction result, determines a pushed terminal and a push timing according to the prediction result; detects a newly defined interface, and sets a new access in the detection system. The status of each interface, and policy management for each newly accessed interface.

The AOE includes: a core processing system, configured to provide registration, wake-up, and forwarding of new information for client data; a support processing system configured to provide log management and configuration and upgrade functions of the system; an external interface management system, configured to provide The client program message interface and its message interface with the AOP gateway.

The core processing system includes: a data forwarding device configured to provide forwarding of an AOP message flow; an IP proxy device configured to provide a forwarding function of the data packet on the Proxy connection; and an application registration management device configured to provide management of the client program; The communication management device is configured to provide a connection management function of the AOE and the AOP gateway; the application wake-up device is configured to provide a wake-up function for waking up the client program registered on the AOE; and the data compression/decompression device is configured to provide compression of the application layer data Decompression function.

In order to achieve the above object, according to another aspect of the present invention, an online processing method for implementing a terminal application is provided.

The method according to the invention comprises: registering one or more terminals on an always-on-line engine (AOE); (forever pushing the base device online) the AOI receives a new message pushed from the application server and sends a new message to the registered via AOE a terminal, wherein the application server generates a new consumer through the invention, adopts a terminal; an always-on engine ΑΟΕ, registers one or more terminals on the ;; an application server, which is used to generate a new message; and always pushes the basic device ΑΟΙ, Receiving a new message pushed from the application server, and sending a new message to the registered terminal through the always-on engine, solving one or more problems of the prior art, thereby achieving a bottleneck that eliminates the existence of the mobile internet service, the terminal Users can also get a better user experience. DRAWINGS

1 is a schematic structural diagram of an AOI technology network model for always-on push infrastructure equipment according to an embodiment of the present invention;

2 is a schematic structural diagram of a network-wide networking of an AOI scheme according to the embodiment shown in FIG. 1. FIG. 3 is a functional structural diagram of an AOP sub-module according to an embodiment of the present invention;

4 is a functional structural diagram of a VBU submodule according to an embodiment of the present invention;

FIG. 5 is a functional structural diagram of an AOE submodule according to an embodiment of the present invention; FIG.

FIG. 6 is a flowchart of an online processing method for implementing a terminal application according to an embodiment of the present invention. detailed description

The present invention will be further described in detail below with reference to the accompanying drawings and embodiments in order to make the present invention. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

The present invention provides an online processing system for implementing a terminal application. 1 is a schematic structural diagram of an always-on push infrastructure (AOI) technology network model according to an embodiment of the present invention. As shown in FIG. 1, the system includes: an On Online Engine (AOE, Always Online Engine), which registers one or more terminals on the AOE; an application server, which is used to generate new messages; and an online push infrastructure (AOI), Used to receive new messages pushed from the application server and send new messages to the registered terminals via AOE.

This solution analyzes the problems existing in the relevant business links in the current mobile internet service field. Through the solutions and technologies of the above embodiments, various related links of the mobile internet service, such as SP manufacturers and operators, can solve the current mobile internet service existence. Problems and bottlenecks, end users can also get a better user experience.

In view of the shortcomings of the existing push service, the AOI technology in the above embodiment proposes that the end user can obtain the service information on the mobile Internet at any time, that is, the user is always online for the mobile Internet, which is the AO. meaning. For the push industry under AOI technology For example, a client software is installed on the terminal and then registered to the middleware AOE. The application server also logs in to the AOI. Then the application server has a new message and then directly pushes to the AOI. Finally, the AOI is sent to the client through the AOE. The specific implementation is as follows:

1) Weibo business: After the blogger updates the information, give all the people who follow him the latest information, and the person who pays attention to him can get the information updated by the blogger in time, instead of manually refreshing it every day, the user experience is greatly improved. ;

2) IM business: At present, QQ is the largest domestic mobile Internet application. Users need QQ chat. They must always start QQ to keep connected. This is very power-hungry. After the Push ability, the user can exit the QQ program, but his friend sees that the user is still online (AO), and still sends a message to the user. After receiving the message, AOE automatically starts QQ, and the user receives the latest friend information and continues to chat.

New services based on AOI technology will bring greater business prospects and cost savings to SP manufacturers and operators, and at the same time improve user experience.

The AOI in the foregoing embodiment of the present application may include: an Always Online Push Platform (AOP) for providing terminal management functions, data management functions, and maintenance functions of the terminal; a free time bandwidth utilization system (VBU, Vacant Bandwidth Utilization) ), used to detect and manage the system network and determine the strategy for pushing new messages.

As can be seen from Figure 1, the above AOI solution can include the following three system sub-modules: AOP sub-module, VBU sub-module and AOE sub-module.

AOP and VBU are combined software modules and are called AOIs. The AOE is a cross-platform general software module preset on the intelligent terminal, which provides basic support services for the always-on business and the Push business on the terminal.

FIG. 2 is a schematic structural diagram of a network-wide networking of an AOI scheme according to the embodiment shown in FIG. 1. As shown in Figure 2, the AOI network-wide networking mode. The networking of AOI is divided into first-class AOI and provincial AOI based on the principles of networking flexibility, business process efficiency, and service management, configuration, and maintenance. The networking principles are as follows: 1) The AOI system uses a mesh network;

2) Level 1 A0I is fully interconnected with provincial A0I;

3) Direct connection between provincial AOIs;

4) The AOI gateway, BOSS system, and SMS gateway are interconnected in the province. In principle, the province's AOI gateway does not access the SMS gateway and BOSS system in other provinces;

5) The application of AOI access needs to follow the principle of a whole access service to access the A0I gateway. The application of AOI access selects a provincial node to access according to its own needs. The AOI access site BOSS is responsible for its access to A0I applications for billing and customer service.

The AOP in the foregoing embodiment of the present application may include: an online subsystem, configured to create and maintain an online relationship between the terminal and the application server, and provide terminal wake-up, management functions, terminal application online, offline status notification function, and terminal user registration. , online status query, application side management and access function; data proxy subsystem, used to provide push information interfaces to enterprise applications or Internet applications for access points of different terminals, and process data packets in the proxy channel The authentication subsystem provides user information of the storage terminal, and the user information includes: a user UA and a user number; and a support subsystem that provides one or more additional function systems.

Preferably, the online subsystem in the above embodiment may include: a first pushing device, configured to perform data pushing based on a short message service (SMS), and perform pulling of the terminal; the second pushing device, A long connection for establishing and maintaining an application server and a registered terminal; a VPN (Virtual Private Network) access device for establishing a VPN access service based on a Secure Sockets Layer (SSL) protocol; \Application registration device, for registration of end users and application providers; routing management means for providing routing support services for access to all access nodes in the mobile internet.

Preferably, the supporting subsystem in the foregoing embodiment may include: a statistical analysis system, configured to perform service statistics and analysis on the pushed new message; and a charging management system, configured to generate original charging information generated by pushing the new message; Upgrade management system to provide software on the system and terminal The upgrade management system is configured to provide monitoring and management for pushing new messages. The monitoring management includes: monitoring and managing device alarms, environmental alarms, communication alarms, and service quality alarms; and a log management system for generating logs according to push messages. The logs include: operation logs, operation logs, user logs, and security logs; and auxiliary systems for adding auxiliary dedicated modules to the gateway as needed.

FIG. 3 is a functional structural diagram of an AOP submodule according to an embodiment of the present invention. As shown in Figure 3, AOP is the core platform of the AOI solution, and the main processing functions of the AOI service are concentrated in this module. In the specific implementation process, the following main functional modules can be included: online subsystem, PROXY (proxy) subsystem, authentication subsystem and support subsystem.

The online subsystem may include the following functions: SMS PUSH is responsible for data push based on SMS bearer, and terminal side module cooperates to realize terminal pull-up; IP PUSH follows AOP protocol, and accepts and maintains long connection of terminal; VPN access system can Provide SSL-based VPN access service; User\Application Registration System is mainly responsible for end user, application provider, application registration, terminal capability registration; route management system can provide routing support for access to all access nodes in the mobile internet network Service, support AOP message routing.

The PROXY subsystem can include the following features: The IP Proxy feature system provides data proxy functionality for different access points to enterprise applications or Internet applications. Provides Push-initiated interface implementation for enterprise applications and Internet applications or content, and processes data packets in the proxy channel. Connection function system: Provides maintenance and management functions for the Proxy channel maintained in the system.

The authentication subsystem may include the following functions: The user information management function system may provide a function of storing information such as the UA, the user number, and the like of the terminal user; the user information management function system may provide a function of storing the UA, the user number, and the like of the terminal user.

The support subsystem may include the following functions: the statistical analysis system can provide service statistics and analysis functions; the billing management system is used to generate original billing information; the upgrade management system is used for system and terminal software upgrade management; and the monitoring management system is used for monitoring Manage device alarms, environmental alarms, Communication alarm, service quality alarm, etc.; The log management system can generate and manage operation logs, operation logs, user logs, and security logs; and the auxiliary system can implement corresponding auxiliary modules in the gateway according to actual needs.

In summary, the AOP sub-module mainly performs the following functions:

1) Terminal management functions: including terminal wake-up, management functions, terminal application online, offline status notification function, terminal user registration, online status inquiry, application-side management and access functions;

2) Data management functions: including message forwarding, data compression, priority processing, and proxy functions;

3) Maintenance function: Includes automatic upgrade of AOP sub-module, log function, statistical report and alarm.

The AOP in the foregoing embodiment of the present application may provide one or more external interfaces, and the external interface includes: an AOE interface, an inter-AOI interface, an interface between the AOI and the SP, and an interface between the AOI and a Domain Name System (DNS). The interface between AOI and BOSS, the interface between AOI and SMS gateway, and the interface between AOI and network management system.

During the implementation process, the AOP submodule provides the following external interfaces:

AOE interface: provides connection registration and message forwarding functions between the terminal and the AOI;

AOI interface: Provides message forwarding between different AOIs;

Interface between AOI and SP: Provides service registration, query terminal status, wake-up function, and uplink and downlink data forwarding functions of third-party services, and provides synchronization function for user subscription relationship data. Interface between AOI and DNS: Provides user IMSI and mobile phone Number correspondence

Interface between AOI and BOSS: Provides the order relationship synchronization function between AOI and BOSS to complete the bill transfer;

Interface between AOI and SMS gateway: Provide AOI SMS delivery function;

Interface between the AOI and the network management system: Provides alarms and KPI reports for the AOI to the network management system. Features.

The idle time bandwidth utilization system VBU in the above embodiment of the present application may include: a idle time detection and prediction system, predicting a cell load condition by a prediction algorithm, and obtaining a prediction result, determining a pushed terminal and a push timing according to the prediction result; detecting a new definition An interface is configured to detect the status of each interface newly accessed in the system, and perform policy management on each newly accessed interface.

4 is a functional structural diagram of a VBU submodule according to an embodiment of the present invention. As shown in Figure 4, the VBU sub-module mainly includes the following functions: Free-time monitoring and prediction system and idle time monitoring and prediction Newly defined interfaces with existing systems.

The idle time monitoring and prediction system includes the following functions: The prediction algorithm can obtain the prediction result according to the cell load condition provided by the network management system; the generation of the push strategy can determine the pushed user and the push timing, and push the number of users to control (the cell idle degree) High can initiate more user push).

The function of monitoring and predicting the interface with the newly defined system of the existing system: The system network management system is responsible for collecting the current load data of each cell; the signaling monitoring system interface can realize the sending idle time cell ID and receiving the user number in the idle time cell; AOP You can manage the push logic and policies of third-party free-time services; mSpaces business servers can implement new real-time query interfaces and interfaces based on ordering relationships.

The AOE in the foregoing embodiment of the present application includes: a core processing system, configured to provide registration, wake-up, and forwarding of new information of client data; a support processing system for providing log management and system configuration and upgrade functions; A management system for providing a message interface with the client program message interface registered with it and with the AOP gateway.

Preferably, the core processing system may include: a data forwarding device, configured to provide forwarding of an AOP message flow; an IP proxy device, configured to provide a forwarding function of the data packet on the Proxy connection; and an application registration management device, configured to provide a client Program management; communication management device for providing connection management functions of AOE and AOP gateways; application wake-up device for providing wake-up AOE The wake-up function of the registered client program; the data compression/decompression device for providing compression and decompression of the application layer data.

FIG. 5 is a functional structural diagram of an AOE sub-module according to an embodiment of the present invention. As shown in FIG. 5, the AOE submodule is composed of a core module, a support module, and an external interface management module. Specifically, the AOE online engine is used as a mobile terminal platform for providing management of client programs registered therein and message forwarding functions between the client program and the AOP.

As shown in FIG. 5, the functions of the core module include: a data forwarding system for providing forwarding of an AOP message flow; an IP proxy system for providing a forwarding function of a data packet on a Proxy connection; and an application registration management system for providing a client to the client Program management; communication management system is used to provide connection management functions between AOE and AOP gateways; application wake-up system is used to provide wake-up function for waking up client programs registered on AOE; data compression/decompression system is used to provide application layer data Compression and decompression function.

The functions of the support module include: The log management system can provide the AOE log generation, storage and management functions; the system configuration system can provide the management functions of the configuration data and configuration files in the AOE; and the upgrade management system can provide the automatic upgrade function of the AOE program.

The external interface management module includes: a message interface function mainly provided with a client program message interface registered therein and with an AOP gateway.

In summary, the AOE sub-module provides the following advantages for the terminal: Provides rich terminal application management capabilities with minimal impact on terminal power consumption; Provides high-quality processing of data while providing quality assurance for data transmission; The state maintenance capability enables the mobile phone to access the mobile network, keeps the client program always online; centralized connection management capability, allows the terminal application to share the connection, and reduces the connection time of the terminal to improve the user experience of the mobile phone user. Provides an open API interface that allows program developers to easily use AOI capabilities.

The application also provides an online processing method for implementing a terminal application. FIG. 6 is a flowchart of an online processing method for implementing a terminal application according to an embodiment of the present invention, where the method includes the following steps: Step S102, registering one or more terminals on the AOE.

Step S104: The A0I receives a new message pushed from the application server, and sends a new message to the registered terminal through the AOE, where the application server generates a new message.

It should be noted that the steps shown in the flowchart of the accompanying drawings of the embodiments of the present invention may be executed in a computer system such as a set of computer executable instructions, and although a logical sequence is shown in the flowchart, In some cases, the steps shown or described may be performed in an order different than that described herein.

As can be seen from the above description of the embodiments, the present invention achieves the following technical effects: In summary, the AOI technical solution has great advantages over the existing mobile internet service modes such as PUSH services. He will bring greater benefits to operators, SPs and end users.

Specifically, the advantages for operators include: Operators become the leader of the mobile Internet value chain; Provide users with mobile Internet innovative business experience (AO, Push); Industry-leading technology, increase market competitiveness, and enhance innovation applications User pasteability; Establish a new value-added service system based on operators to increase revenue; Optimize wireless network resources, improve network utilization, and reduce network construction costs.

Advantages for SP include: Simplify application development thresholds, reduce development costs, shorten development cycles, provide application developers with innovative Push business functions, enhance application value and user appeal; Provide higher speed and stability for high priority applications Faster business experience; convergence of connections saves SP equipment investment, operating costs and daily maintenance costs.

Benefits for end users include: Enjoy a new online and push business experience; be efficient, save power, and save traffic. Obviously, those skilled in the art should understand that the above modules or steps of the present invention can be implemented by a general-purpose computing device, which can be concentrated on a single computing device or distributed over a network composed of multiple computing devices. Alternatively, they may be implemented by program code executable by the computing device, such that they may be stored in the storage device by the computing device, or they may be separately fabricated into a plurality of integrated circuit modules, or they may be Multiple modules or steps in the fabrication are implemented as a single integrated circuit module. Thus, the invention is not limited to any specific combination of hardware and software.

The above description shows and describes a preferred embodiment of the present invention, but as described above, it should be understood that the present invention is not limited to the forms disclosed herein, and should not be construed as Other combinations, modifications, and environments are possible and can be modified by the teachings or related art or knowledge within the scope of the inventive concept described herein. All changes and modifications made by those skilled in the art are intended to be within the scope of the appended claims.

Claims

Claim

1. An online processing system for implementing a terminal application, comprising:

An always-on engine AOE, registering one or more terminals on the AOE; an application server, set to generate new messages;

The base device AOI is always pushed online to receive the new message pushed from the application server and to send the new message to the registered terminal via the AOE.

2. The system of claim 1, wherein the AOI comprises:

An always-on push platform AOP, configured to provide terminal management functions, data management functions, and maintenance functions of the terminal;

The idle time bandwidth utilization system VBU is set to detect and manage the system network and determine the strategy for pushing the new message.

3. The system according to claim 2, wherein the AOP comprises:

An online subsystem, configured to create and maintain an online relationship between the terminal and the application server, and provide terminal wake-up, management functions, terminal application online, offline status notification function, terminal user registration, online status query, application side Management and access functions;

a data proxy subsystem, configured to provide a push information interface to an enterprise application or an Internet application for access points of different terminals, and process a data packet in the proxy channel; and an authentication subsystem that provides storage of the terminal User information, the user information includes: a user UA, a user number;

Support subsystem that provides one or more additional functional systems.

The system of claim 3, wherein the online subsystem comprises: a first pushing device, configured to perform data pushing based on a short message service SMS bearer, and perform pulling up of the terminal;

a second pushing device, configured to establish and maintain a long connection between the application server and the registered terminal; a virtual private network VPN access device, configured to establish a VPN access service based on a secure socket layer SSL protocol;

The user \ application registration device is configured to register the end user and the application provider; the routing management device is configured to provide routing support services for access to all access nodes in the mobile internet.

5. The system according to claim 3, wherein the support subsystem comprises: a statistical analysis system configured to perform traffic statistics and analysis on the pushed new message; a charging management system configured to generate a push The original accounting information generated by the new message; the upgrade management system is configured to provide the system and the upgrade management of the software on the terminal; the monitoring management system is configured to provide monitoring management for the push new message, the monitoring management includes: Monitoring the management device alarm, the environment alarm, the communication alarm, and the service quality alarm; the management system is configured to generate a log according to the push message, where the log includes: an operation log, a running log, a user log, and a security log;

Auxiliary systems, set to add auxiliary dedicated modules to the gateway as needed.

6. The system according to claim 2, wherein the AOP provides one or more external interfaces, and the external interface comprises: an AOE interface, an inter-AOI interface, an interface between the AOI and the SP, and an AOI and a domain name system DNS. Interface, interface between AOI and BOSS, interface between AOI and SMS gateway, and interface between AOI and network management system.

7. The system according to claim 2, wherein the VBU comprises:

The idle time detection and prediction system is configured to predict a cell load condition by using a prediction algorithm, and obtain a prediction result, and determine a pushed terminal and a push timing according to the prediction result;

Detecting a newly defined interface, setting to detect the status of each newly accessed interface in the system, and performing policy management on each of the newly accessed interfaces.

8. The system according to claim 1, wherein the AOE comprises:

a core processing system, configured to provide registration, wake-up, and new mail of client data Information forwarding function;

A support processing system, configured to provide log management and configuration and upgrade functionality of the system; an external interface management system configured to provide a message interface with the client program message interface registered therewith and with the AOP gateway.

The system according to claim 8, wherein the core processing system comprises: a data forwarding device, configured to provide forwarding of the AOP message flow;

An IP proxy device configured to provide a forwarding function of a data packet on a proxy Proxy connection; an application registration management device configured to provide management of the client program;

a communication management device, configured to provide a connection management function between the AOE and the AOP gateway;

Application wake-up device, set to provide wake-up function for waking up client programs registered on AOE;

A data compression/decompression device, configured to provide compression and decompression of application layer data.

10. An online processing method for implementing a terminal application, comprising:

Register one or more terminals on the always-on engine AOE;

Pushing the base device online forever The AOI receives a new message pushed from the application server and sends the new message to the registered terminal through the AOE, wherein the application server generates the new message.