WO2015152698A1

WO2015152698A1 - Integrated sns gateway for improving sns traffic

Info

Publication number: WO2015152698A1
Application number: PCT/KR2015/003436
Authority: WO
Inventors: 백상엽; 한덕구; 주홍택; 이신호; 권동우; 김현우
Original assignee: 주식회사 퓨전소프트
Priority date: 2014-04-04
Filing date: 2015-04-06
Publication date: 2015-10-08

Abstract

According to an integrated SNS gateway for improving SNS traffic, which is proposed by the present invention, the integrated SNS gateway for integrally providing data communication between a user terminal having an integrated SNS application installed therein and a plurality of SNS servers includes a web service adapter module, a push notification broker module and a contents adapter module. Further, the integrated SNS gateway authenticates a user, in place of the user, to an SNS server which the user has joined, and transfers, by communicating with the plurality of SNS servers, integrated data to the user terminal in a push notification and contents loading scheme. Thus, the integrated SNS gateway can notably improve SNS traffic which occurs when the user terminal communicates with the plurality of SNS servers, and can integrally process and transmit data.

Description

[Revision 14.05.2015] under Rule 26. Integrated SNS Gateway to Improve SNS Traffic

The present invention relates to an integrated SNS gateway, and more particularly, to an integrated SNS gateway that integrates and provides data communication between a user terminal on which an integrated SNS application is installed and a plurality of SNS servers to improve SNS traffic.

As the Internet became more and more popular, the Social Networking Service (SNS) also formed and developed rapidly. In addition, the current increase in the use of smartphones can conveniently learn a variety of information anytime, anywhere. According to the 2012 Internet Usage Survey Final Report, 67.1% of Internet users over 6 years of age used SNS within one year, and 35.8% of SNS used within one week. In addition, according to the 2012 Smartphone Usage Survey Final Report, 60.3% of smartphone users have experience using various SNSs through smartphones, and 84.7% of smartphones experience SNSs once a day. It was found that the use of SNS over smartphones. As the use of mobile terminals such as smartphones is becoming more common, SNS traffic is increasing rapidly. Since these SNSs have different characteristics of information provided by each SNS, most SNS users have a plurality of SNSs with desired functions. I use it. However, as these various SNSs are formed, users have inconveniences of separately installing and using each SNS application, and problems such as unnecessary traffic generation and communication performance that occur during the connection process are degraded.

In order to solve this problem, a method for solving network bottlenecks using web caching has been proposed (JY Kim, KW Cho, and K. Koh, “A proxy server structure and its cache consistency mechanism at the network bottleneck, In Proc. Annu.Int'l Comput.Software Appl.Conf. (COMPSAC 1999), pp. 278-283, Phoenix, USA, Oct. 1999.). However, since each SNS server uses a self-dedicated communication protocol instead of a standard communication protocol, it is difficult to apply this method to a plurality of SNS servers integrally. Accordingly, the present inventor proposed an application gateway method in order to improve communication performance of SNS in Patent Application No. 10-2013-0030335. The proposed method communicates with one or more SNS servers in a separate protocol, communicates with a client through an integrated SNS protocol, and performs synchronization or caching in the process to reduce traffic and improve response speed. However, in the conventional method, there is a problem that a specific communication method with the user terminal has not been developed and thus is insufficient in practical application.

The present invention has been proposed to solve the above problems of the conventionally proposed methods, web service adapter module, integrated SNS gateway that provides integrated data communication between a user terminal and a plurality of SNS server installed integrated SNS application, It includes a push notification broker module and a content adapter module, and the integrated SNS gateway authenticates the user's subscribed SNS server on behalf of the user, and communicates with multiple SNS servers to push notification and content to the user terminal. It is an object of the present invention to provide an integrated SNS gateway that can significantly improve SNS traffic generated when a user terminal communicates with a plurality of SNS servers, and that can integrate and process data.

Integrated SNS gateway for improving the SNS traffic according to the characteristics of the present invention for achieving the above object,

Integrating and providing data communication between a user terminal installed with an integrated SNS application and a plurality of SNS server,

A web service adapter module for data communication with the SNS server according to each protocol used by the plurality of SNS servers;

A push notification broker module for transmitting, by the web service adapter module, data transmitted through data communication with the plurality of SNS servers to the user terminal in real time; And

The content adapter receives the content load request signal from the user terminal, requests the web service adapter module to transmit the corresponding content, and receives the content corresponding to the content load request from the web service adapter module and transmits the content to the user terminal. Including the module is characterized by its configuration.

Preferably, the web service adapter module,

The user may receive an access token from each SNS server and authenticate a user to access the SNS server.

Preferably, the push notification broker module,

When an event occurs in the SNS server, push notification data may be received by the content adapter module and push notification data received by the content adapter module may be transmitted to the user terminal in real time.

Preferably, the content adapter module,

A parsing unit for parsing contents provided by the plurality of SNS servers; And

It may be configured to include an integrated content providing unit for integrating the data parsed by the parser to provide to the user terminal.

Preferably, the content adapter module,

As a content load communication with the user terminal,

The push notification broker module may receive a data load request signal for obtaining additional data on the push notification from the user terminal that has received the push notification, and transmit the additional data to the user terminal.

Preferably,

The push notification broker module uses a Message Queuing Telemetry Transport (MQTT) protocol,

The content adapter module may use JavaScript Object Notation (JSON).

Preferably, the integrated SNS gateway,

A synchronization module positioned between the web service adapter module 100 and the content adapter module 300 to perform a synchronization function with respect to content requested from the user terminal; And

The apparatus may further include a caching module positioned between the web service adapter module and the content adapter module to perform a caching function on content requested from the user terminal.

Preferably, the integrated SNS gateway,

The apparatus may further include a data management module configured to manage at least one data processing selected from the group including the transmission, conversion, determination, and storage of data transmitted in the integrated SNS gateway.

More preferably, the integrated SNS gateway,

The apparatus may further include a security module positioned between the push notification broker module and the content adapter module and the data management module to perform a security function of data transmitted in the integrated SNS gateway.

Preferably, the integrated SNS gateway,

It may further include an account management module for managing a plurality of SNS account information of the user.

According to the integrated SNS gateway for improving SNS traffic proposed by the present invention, a web service adapter module and a push notification broker module provide an integrated SNS gateway that integrates and provides data communication between a user terminal installed with an integrated SNS application and a plurality of SNS servers. And a content adapter module, and the integrated SNS gateway authenticates the user's subscribed SNS server on behalf of the user, and communicates with the plurality of SNS servers to deliver the integrated data to the user terminal by push notification and content loading. Thus, the SNS traffic generated when the user terminal communicates with a plurality of SNS servers can be significantly improved, and integrated data processing and transmission is possible.

1 is a diagram illustrating a method in which a conventional user directly accesses an SNS server using each SNS application.

2 is a diagram illustrating a method of accessing an SNS server through an integrated SNS gateway and an integrated SNS application for improving SNS traffic according to an embodiment of the present invention.

3 is a diagram illustrating a detailed configuration of an integrated SNS gateway for improving SNS traffic according to an embodiment of the present invention.

4 is a diagram illustrating a detailed configuration of an integrated SNS gateway for improving SNS traffic according to another embodiment of the present invention.

5 is a diagram illustrating an implementation example of an integrated SNS gateway for improving SNS traffic according to an embodiment of the present invention.

6 is a diagram illustrating an MQTT communication process of a push notification broker module in an integrated SNS gateway for improving SNS traffic according to an embodiment of the present invention.

FIG. 7 illustrates a push notification communication process through a push notification broker module in an integrated SNS gateway for improving SNS traffic according to an embodiment of the present invention. FIG.

8 illustrates a content load communication process through a content adapter module in an integrated SNS gateway for improving SNS traffic according to an embodiment of the present invention.

9 is a graph measuring the percentage of content occupied by the post of the XpressEngine web bulletin board used in the caching performance analysis of the integrated SNS gateway.

FIG. 10 is a diagram illustrating a result of measuring a cache rate by dividing a post by a content load request by content for caching performance analysis of an integrated SNS gateway. FIG.

FIG. 11 is a diagram illustrating a result of measuring response time for each content size when content is requested in a 3G network environment for response time analysis of an integrated SNS gateway; FIG.

12 is a view showing a result of measuring response time for each content size when requesting content in a WiFi network environment for response time analysis of an integrated SNS gateway;

10: Integrated SNS Gateway

20: User terminal with integrated SNS application

30: SNS server

100: web service adapter module 200: push notification broker module

300: content adapter module 310: parser

320: integrated content provider 400: synchronization module

500: caching module 600: data management module

700: security module 800: account management module

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. However, in describing the preferred embodiment of the present invention in detail, if it is determined that the detailed description of the related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. In addition, the same or similar reference numerals are used throughout the drawings for parts having similar functions and functions.

In addition, throughout the specification, when a part is 'connected' to another part, it is not only 'directly connected' but also 'indirectly connected' with another element in between. Include. In addition, "including" a certain component means that it may further include other components, except to exclude other components unless specifically stated otherwise.

FIG. 1 is a diagram illustrating a conventional user accessing an SNS server directly using each SNS application. As shown in FIG. 1, in the related art, a user downloads and stores all SNS-driven applications provided by respective SNS servers such as Facebook, Twitter, and Flickr, and directly accesses an SNS server using each application. Followed. However, according to such a method, there are inconveniences of separately installing and using each SNS driving application, causing unnecessary traffic generated in the connection process, and deteriorating communication performance.

2 is a diagram illustrating a method of accessing an SNS server through an integrated SNS gateway and an integrated SNS application for improving SNS traffic according to an embodiment of the present invention, and FIG. 3 is a diagram illustrating SNS traffic according to an embodiment of the present invention. A diagram illustrating a specific configuration of an integrated SNS gateway for improvement. As shown in FIG. 2 and FIG. 3, an integrated SNS gateway 10 for improving SNS traffic according to an embodiment of the present invention includes a user terminal 20 in which an integrated SNS application is installed. ) And provide data communication between a plurality of SNS servers (30, Facebook, Twitter, Tlickr, etc.), including a web service adapter module 100, push notification broker module 200, content adapter module 300 It can be configured by. The user terminal 20 in which the integrated SNS gateway 10 and the integrated SNS application are installed communicates with an integrated protocol, and the integrated SNS gateway 10 and each SNS server 30 communicate with each SNS server 30. Can communicate using the protocol used by.

According to the present invention, the integrated SNS gateway 10 undergoes an authentication process on the SNS server 30 to which the user subscribed on behalf of the user. Through this authentication process, the user's SNS information can be accessed and authentication of the SNSs in use can be integrated. In addition, the integrated SNS gateway 10 may support a push notification service for specific information of the SNS according to the user's setting for the corresponding SNS server 30. When the user terminal 20 installed with the integrated SNS application receives the push notification through the integrated SNS gateway 10, the user terminal 20 may request content from the integrated SNS gateway 10 to confirm detailed information. When the integrated SNS gateway 10 receives such a content load request, the SNS server 30 requests content from each SNS server 30 according to a user's personal setting, performs a synchronization and caching function on the received content, and then aggregates the information. To the user terminal 20. Hereinafter, each component performing the series of processes will be described in detail.

The web service adapter module 100 may perform data communication with the SNS server 30 according to each protocol used by the plurality of SNS servers 30. In some embodiments, the SNS server 30 may be authenticated together. Specifically, the user may receive an access token from each SNS server 30 and perform user authentication for accessing the corresponding SNS server 30.

The push notification broker module 200 is responsible for push notification service between the user terminal 20 and the integrated SNS gateway 10, and the web service adapter module 100 transmits data by communicating with the plurality of SNS servers 30. The received data can be transmitted in real time push notifications to the user terminal 20, the integrated SNS application is installed. That is, the present invention may implement a push notification method for notifying information in real time through the push notification broker module 200. According to an embodiment, the push notification broker module 200, when the event occurs in the SNS server 30, the push notification data received by the content adapter module 100 and the push notification data received by the content adapter module 100 Can be transmitted to the user terminal 20 in real time.

Preferably, the push notification broker module 200 may use a Message Queuing Telemetry Transport (MQTT) protocol. The MQTT protocol is a lightweight protocol designed for communication environments such as low bandwidth or high latency, such as wireless networks. In addition, MQTT has proved its efficiency by measuring the performance of wireless network environment such as 3G or WiFi.

The content adapter module 300 is responsible for content load communication between the user terminal 20 and the integrated SNS gateway 10 on which the integrated SNS application is installed, and receives a content load request signal from the user terminal 20, and provides a web service. The content module may be requested to the adapter module 100, and the content corresponding to the content load request may be received from the web service adapter module 100 and transmitted to the user terminal 20. That is, the present invention can implement a content loading method for transmitting detailed data information through the content adapter module 300. The content loading method is a communication method for requesting the integrated SNS gateway 10 to obtain accurate information on the received push notification.

In detail, the content adapter module 300 performs content load communication with the user terminal 20, and pushes the corresponding message from the user terminal 20 that has received the push notification through the push notification broker module 200. The data load request signal for obtaining additional data for the notification may be received, and the additional data may be transmitted to the user terminal 20.

4 is a diagram illustrating a specific configuration of an integrated SNS gateway for improving SNS traffic according to another embodiment of the present invention. As shown in FIG. 4, according to another embodiment of the present invention, the content adapter module 300 parses the content provided by the plurality of SNS servers and the data parsed by the parser 310 and the parser 310. It may be configured to include an integrated content providing unit 320 to provide a integrated to the user terminal 20.

Preferably, the content adapter module 300 may use JavaScript Object Notation (JSON). JSON has the advantages of free data type, easy read and write, and simpler data format than XML. When the user terminal 20 requests detailed information from the integrated SNS gateway 10, the content adapter module 300 receives the request and requests the web service adapter module 100, and the web service adapter module 100. The information received through the parser 310 may be parsed by the content parser of each SNS, and the integrated content provider 320 may integrate the information and transmit the information to the user terminal 20.

In addition, according to an embodiment of the present invention, the integrated SNS gateway 10 is located between the web service adapter module 100 and the content adapter module 300 to synchronize the content requested from the user terminal 20. A synchronization module 400 for performing the operation, and a caching module positioned between the web service adapter module 100 and the content adapter module 300 to perform a caching function for the content requested from the user terminal 20 ( 500, Cache Engine) may be further configured. In addition, the data management module 600 (Data Manager) for managing at least one or more data processing selected from the group including the transmission, conversion, determination and storage of data transmitted inside the integrated SNS gateway, a plurality of SNS account information of the user The account management module 700 may further include an account manager. On the other hand, according to the embodiment, located between the push notification broker module 200 and the content adapter module 300 and the data management module 600 to perform a security function of the data transmitted in the integrated SNS gateway 10 It may be configured to further include a security module 800.

When a new push notification occurs in different SNS server 30, the integrated SNS gateway 10 may be delivered after receiving the push notification from each SNS server 30. When a user receives a push notification and makes a content request to the content adapter module 200, the content adapter module 200 performs a content request to the web service adapter module 100 step by step. At this time, by placing the synchronization module 400 and the caching module 500 between the two communication modules, and the data management module 600 between them, it is determined whether or not the synchronization and caching for the requested content, and the content It is possible to efficiently manage and transmit / receive data.

5 is a diagram illustrating an implementation example of an integrated SNS gateway for improving SNS traffic according to an embodiment of the present invention. As illustrated in FIG. 5, the performance was tested by utilizing a web bulletin board XpressEngine to verify the integrated SNS gateway for improving SNS traffic according to an embodiment of the present invention. XpressEngine can provide web bulletin board in SNS form and it is easy for analysis, development and experiment because web bulletin protocol is open to the outside. In addition, it operates based on the HTTP protocol like the SNS protocol, supports push notifications, and is based on dynamic content and resource sharing. Therefore, a web bulletin board using XpressEngine is suitable as an alternative to actual SNS to verify the integrated SNS gateway proposed in the present invention. We implemented two different XpressEngine web bulletin board servers capable of push notification, and verified and implemented a communication environment based on the proposed integrated SNS gateway and protocol proposed in the present invention.

XpressEngine is open software developed by NHN. XpressEngine module is a program unit that provides independent functions. It can provide various services such as blog, wiki, and bulletin board by using the module. In this verification, the board module, one of the modules of XpressEngine, is used. The add-on feature of XpressEngine is a small program that can perform additional functions to add the necessary actions before or after module execution. Therefore, in order to apply push notification function to bulletin board which is a module of XpressEngine, an integrated push notification service add-on function was developed to build an experimental environment similar to SNS. When you write a new post on the XpressEngine bulletin board, it sends a push notification message to the integrated SNS gateway, and you can receive push notifications using the push notification service protocol. The user terminal 20 installed with the integrated SNS application performs content load communication using the information of the received message in order to obtain detailed information. Table 1 below is a system specification of building a server using XpressEngine.

Table 1

CPU	Intel Core2 Quad Q8400 2.66㎓
RAM
	4 GB
HDD
	320 GB
OS	CentOS 6.3 Final

The integrated SNS application installed in the user terminal 20 was implemented using the integrated SNS protocol based on Android. Table 2 below is a specification of the user terminal for running the integrated SNS application.

TABLE 2

CPU	Qualcomm Snapdragon S4 Pro 1.5㎓
RAM	2 GB
OS	Android 4.2 (Jelly Bean)

The push notification broker module 200 used the MQTT protocol. 6 is a diagram illustrating an MQTT communication process of a push notification broker module in an integrated SNS gateway for improving SNS traffic according to an embodiment of the present invention. As shown in FIG. 6, the MQTT basically consists of a broker server and a publish and subscribe client. The mediator server can act as an intermediary for message delivery given between subscription and publishing clients. Topictrees can be used to communicate between subscription and publishing clients. Since push notification method should always be able to receive push notification even in background mode, it is desirable to implement push notification by using IBM's IA92 which is MQTT library as a service of Android. The content loading method may be implemented in an activity form to obtain specific information on the notification when the push notification is received and to express it through the interface.

FIG. 7 illustrates a push notification communication process through a push notification broker module in an integrated SNS gateway for improving SNS traffic according to an embodiment of the present invention. As illustrated in FIG. 7, when an event occurs in the XpressEngine server, a push notification is transmitted to the integrated SNS gateway, and the integrated SNS gateway is a diagram illustrating a process of transmitting this information to the user terminal. As such, the XpressEngine server receives the push notification message from the web service adapter module of the integrated SNS gateway and transmits the push notification message to the user terminal through the push notification broker server. The user may request information through content load communication to the integrated SNS gateway in order to obtain specific information about the push notification received by the user terminal in which the integrated SNS application is installed.

8 is a diagram illustrating a content load communication process through a content adapter module in an integrated SNS gateway for improving SNS traffic according to an embodiment of the present invention. As shown in FIG. 8, when a user requests specific information from the integrated SNS gateway using a user terminal in which an integrated SNS application is installed, the content adapter module of the integrated SNS gateway receives such a request, analyzes a protocol, and The information is requested to the XpressEngine server through the web service adapter module. When the XpressEngine server sends the requested content to the integrated SNS gateway, the web service adapter module of the integrated SNS gateway delivers this information to the content adapter module. The content adapter module may analyze the information received from the web service adapter module with the XpressEngine Parser, integrate it in the integrated content provider, and transmit the information to the user terminal.

실험예 1. 통합 SNS 게이트 에이의 성능 분석Experimental Example 1. Performance Analysis of Integrated SNS Gate A

1. Establish an experimental environment

In order to analyze the caching performance of the integrated SNS gateway, an experimental environment was established in a real commercial network. The experimental environment connects the real 3G and WiFi wireless network to the user terminal that will run the integrated SNS application, and passes the Internet between the integrated SNS gateway and two different XpressEngine web board servers, thus enabling different SNS of the actual network to be used. Built in the same environment as.

2, caching performance measurement

The cache rate of the proposed mobile integrated SNS gateway was measured by analyzing the content caching logs of the posts requested by content load communication in the constructed experimental environment. The experiment requested two posts and cached the content to measure the ratio of cached and non-cached content by content. The analysis method classifies the requested posts by content and measures the overall size of each classified content to indicate the percentage of each content in the posts.

9 is a graph measuring the percentage of content occupied by a post of an XpressEngine web bulletin board used for caching performance analysis of an integrated SNS gateway. As shown in FIG. 9, as a result of analyzing the cached contents, most of them consist of JS (69.6%), CSS (11.6%), JPG (11.4%), GIF (5.8%) files, and PHP (1.4%). ), HTML (0.1%), SWF (0.1%) files exist. Files related to web pages accounted for the largest portion, and JS files accounted for the largest share of 69.6%. Next, CSS files account for 11.6% and JPG accounts for 11.4%. The reason for analyzing the ratio by measuring the overall size of each content is that the traffic of SNS is closely related to the content size. Thus, by analyzing the distribution ratio of the contents, the overall weight occupied by each content was confirmed, and the cache rate for each content was measured by dividing the content to be cached by priority.

FIG. 10 is a diagram illustrating a result of measuring a cache rate by dividing a post by a content load request for each content for caching performance analysis of an integrated SNS gateway. As shown in FIG. 10, JS, CSS, JPG, GIF, and HTML files of the entire content can be confirmed that 100% caching, PHP and other content was also confirmed that the case is not cached. This is a case where caching is impossible due to dynamic request as a result of analysis of PHP file which is not cached. Of the total size of the requested post, 783.2 KB, 771.4 KB was cached, which is about 98.5% of the total. This means that the more users there are, the more duplicate content requests will be required. Therefore, the caching function of the integrated SNS gateway can have a high effect on traffic savings for static requests only.

3. Response time analysis

In order to examine the effect of response time according to the use of the integrated SNS gateway in 3G and WiFi network environments, the content can be directly requested without requesting the cached content through the integrated SNS gateway and the integrated SNS gateway. Response times when requested were measured and compared. The experimental method requested 10 images of different contents sizes and measured response time. Before experimenting, we measured the bandwidth of each network using Iperf, an open software, to find the bandwidth of 3G and WiFi network environment. Table 3 shows the results of measuring the bandwidth of each network.

TABLE 3

3G		WiFi
Transfer	Bandwidth	Transfer	Bandwidth
2.38 MBytes	1.55 Mbits / sec	13.8 MBytes	11.5 Mbits / sec

As shown in Table 3, as a result of measuring the bandwidth, the bandwidth size in the 3G and WiFi network environments is about 10 times different. Thus, the reason why the network bandwidth is wider in the WiFi environment than in the 3G environment is relatively higher than that of the 3G base station. This is because it connects to a wireless AP that is much closer and transmits data over a stable wired network.

In the following experiment, in order to find out the response time of each network according to whether the integrated SNS gateway is used in the present invention, the response time of 10 image requests having different contents sizes in the 3G network environment was measured. To find out the response time of each network with or without integrated SNS gateway, various images of 1KB ~ 2800KB size were requested and response time was measured. 11 is a diagram illustrating a result of measuring response time for each content size when content is requested in a 3G network environment for response time analysis of an integrated SNS gateway. As shown in FIG. 11, as a result of measuring response time for a content request in a 3G network environment, as the content size increases, the content cached using the integrated SNS gateway proposed by the present invention, rather than when the content is requested directly from the server. The response time was significantly reduced when the request was made. Due to the characteristics of the wireless network, the packet loss rate increases as the content size increases and the distance between the user terminal and the server increases. However, by placing the integrated SNS gateway close to the client, the request of the user terminal responds from the integrated SNS gateway without having to reach the server, thereby reducing the distance for transmitting and receiving content and reducing the packet loss rate. Therefore, when a user terminal requests a content, a faster response time is guaranteed because the integrated SNS gateway is located in the middle and transmits the cached content, instead of being directly received from the server. In addition, in the 3G network environment, as the overall content size increases, the difference in response time between using and not using an integrated SNS gateway increases. This means that the larger the content, the more effective the use of the integrated SNS gateway in a 3G network environment.

In the next experiment, we measured the response time for content request in WiFi network environment. FIG. 12 is a diagram illustrating a result of measuring response time for each content size when requesting content in a WiFi network environment for analyzing response time of an integrated SNS gateway. As shown in Figure 12, as a result of measuring the response time using the integrated SNS gateway in the WiFi network environment, it can be seen that the difference in response time according to whether or not using the integrated SNS gateway. This is because the WiFi network is connected to a wireless AP that is geographically close in nature and transmits data through a wired network. Therefore, because of the wide bandwidth of the wired network, the content was stably transmitted / received regardless of the content size. Therefore, the response time was reduced to a certain size regardless of the content size and packet loss rate.

4. Packet Loss Rate Analysis According to Content Size

In case of using the integrated SNS gateway proposed in the present invention, the packet loss rate according to the content size is analyzed. Table 4 shows the packet loss rate by analyzing the packets of the requested content in 3G and WiFi network environments. As shown in Table 4, it was confirmed that the packet loss rate of the 3G network environment is higher than that of the WiFi network environment as a whole. In particular, when requesting content directly from the server without going through the integrated SNS gateway, the packet loss rate is higher than when using the integrated SNS gateway. This narrow bandwidth and high packet loss rate increase the response time. It causes. However, when requesting content using the integrated SNS gateway proposed in the present invention, the packet loss rate was reduced, so the response time was also reduced.

Table 4

Content size (KB)	3G		WiFi
Content size (KB)	Non-GW	GW	Non-GW	GW
18.2	0.00%	0.00%	0.00%	0.00%
65.98	1.79%	0.87%	0.00%	0.00%
168.1	32.77%	1.97%	13.11%	0.00%
218.62	31.65%	2.61%	20.55%	0.00%
278.39	32.13%	1.93%	20.27%	0.00%
439.59	35.33%	1.50%	19.95%	0.00%
718.4	35.97%	9.61%	19.61%	0.00%
1,426.26	38.82%	10.72%	19.62%	0.00%
2,015.72	38.33%	12.83%	21.45%	7.53%
2,786.21	38.64%	13.12%	21.27%	8.23%

In conclusion, using the integrated SNS gateway proposed in the present invention, while providing a convenient SNS user experience integrated to SNS users, the response time can be reduced to a certain size regardless of the content size in the WiFi network environment, and the content size in the 3G network environment. The larger the value, the more efficient the response time can be confirmed through the analysis.

The present invention described above may be variously modified or applied by those skilled in the art, and the scope of the technical idea according to the present invention should be defined by the following claims.

Claims

An integrated SNS gateway that integrates and provides data communication between a user terminal installed with an integrated SNS application and a plurality of SNS servers.

A web service adapter module for data communication with the SNS server according to each protocol used by the plurality of SNS servers;

A push notification broker module for transmitting push notification data to the user terminal in real time from the web service adapter module through data communication with the plurality of SNS servers; And

The content adapter receives the content load request signal from the user terminal, requests the web service adapter module to transmit the corresponding content, and receives the content corresponding to the content load request from the web service adapter module and transmits the content to the user terminal. Include modules,

The web service adapter module,

And receiving an access token from each of the SNS servers and performing user authentication for accessing the corresponding SNS server.
The method of claim 1, wherein the push notification broker module,

When the event occurs in the SNS server, the content adapter module receives push notification data and transmits the push notification data received by the content adapter module to the user terminal in real time. Gateway.
The method of claim 1, wherein the content adapter module,

A parsing unit for parsing contents provided by the plurality of SNS servers; And

And an integrated content providing unit for integrating data parsed by the parsing unit and providing the parsed data to the user terminal.
The method of claim 1, wherein the content adapter module,

As a content load communication with the user terminal,

SNS receiving a data load request signal for obtaining additional data for the push notification from the user terminal received the push notification through the push notification broker module, and transmits the additional data to the user terminal, Integrated SNS gateway for improved traffic.
The method of claim 1,

The push notification broker module uses a Message Queuing Telemetry Transport (MQTT) protocol,

The content adapter module, characterized in that using the JavaScript Object Notation (JSON), integrated SNS gateway for improving the SNS traffic.
The method of claim 1, wherein the integrated SNS gateway,

A synchronization module positioned between the web service adapter module 100 and the content adapter module 300 to perform a synchronization function with respect to content requested from the user terminal; And

And a caching module located between the web service adapter module and the content adapter module to perform a caching function for the content requested from the user terminal.
The method of claim 1, wherein the integrated SNS gateway,

Integrated SNS for improving the SNS traffic, characterized in that it further comprises a data management module for managing at least one or more data processing selected from the group including the transmission, conversion, determination and storage of data transmitted inside the integrated SNS gateway Gateway.
The method of claim 7, wherein the integrated SNS gateway,

And a security module positioned between the push notification broker module and the content adapter module and the data management module to perform a security function of data transmitted in the integrated SNS gateway. Integrated SNS Gateway.
The method of claim 1, wherein the integrated SNS gateway,

The integrated SNS gateway for improving the SNS traffic, characterized in that it further comprises an account management module for managing a plurality of SNS account information of the user.