KR20000059103A - System and method of automatic solution for the time zone difference problem on the real time Internet live broadcasting - Google Patents

Abstract

PURPOSE: A system and a method for automatically solving the time difference of a real-time internet live coverage are provided so that a user can receive a real-time internet live coverage service in desired time by storing encoded data in a database server temporarily after inserting index codes comprising local standard time to real-time internet live coverage data. CONSTITUTION: A database server(200) extracts user service request site information requested from a user s service request screen display window(202). The database server(200) is connected with the extracted site through a connection port(220) which can connect using the TCP/IP protocol through the internet network(204) and receives data transmitted the connected broadcasting site(206). The database server(200) encodes index codes, comprising local standard time, to the received data(208) and stores the data of an encoded site in a data storage(210).

Description

System and method of automatic solution for the disparity of real time internet live broadcast {on the system and method of automatic solution for the time zone difference problem on the real time internet live broadcasting}

The present invention relates to a system and method for automatically resolving disparity problems of real-time internet live broadcasting for resolving disparity problems between real-time internet live broadcast sites and users located at different time zones. Real-time Internet live broadcasts from each TV station, radio station, Internet station, and various other content providers that provide real-time Internet live broadcast sites that transmit broadcast data to the user's computer (PC) or Internet set-top box ( With a TV using an Internet Set Top Box, when a user accesses the live internet live site to watch or listen, the user lives or stays in the same time zone as the live internet live time of the live site to be watched or listened to. Non-users Strangely, the user relates to the difference in time zones and automatic problem solving system and method for real-time Internet, live internet broadcast live to eliminate the interval difference of time zone and broadcast live to watch or listen to the live broadcast.

In order to watch or listen to live TV live from a TV station or a radio station, you can watch or listen to the live broadcast site of each station through the Internet through a TV connected to your computer or an Internet set-top box. This is because the local time zone where the broadcasting station is located is broadcasted in real time internet, so users who live in the same time zone have inconveniences due to time difference. Due to the large time difference among users, the regular broadcasting of the real-time internet live broadcast is over, and there is a problem that the user cannot watch or listen.

For example, Korean citizens who live in Los Angeles, USA, can access a live internet TV live site from a Korean TV station that broadcasts live on the Internet, and broadcasts it at 10 pm Monday evening in Korea time. If you want to watch a drama you are watching, you can access the site to watch the drama at 5 am Monday in Los Angeles local time, or to watch the drama at 10 pm Monday local time in Los Angeles, Since the station is on Tuesday at 3:00 PM local time in Korea, where regular broadcasts have already ended, you will not see any images on the screen, as well as many users in Southeast Asia where the time zone is close to Korea. It was inconvenient to use because it did not fit properly with their time zone.

On the other hand, each TV and radio broadcaster that broadcasts live internet broadcasts through the internet network can be stored in their own computer by accessing the time each user broadcasts at the station and watching or listening at a convenient time. In order to save a huge amount of data of the real-time Internet live streaming, and the problem of not being able to simultaneously store the Internet live broadcast of the various broadcast stations, as well as the user always extracts the stored data to watch or listen Since the data is extracted from the beginning of the data, there is a problem in that it is not possible to access or listen to the broadcasting part of a desired time freely.

In addition, the data transmission of the real-time Internet live broadcast of each TV and radio station that transmits real-time internet live broadcast through the internet network, each of which has a multimedia player function in the user's computer according to the data compression and encoding method transmitted by each broadcast station. Programs must be built in. This depends on the data sent by the broadcasting station. For example, the inconvenience of having the multimedia player software such as Real Player, Microsoft Media Player, Dream Player, Flash Player, etc. installed on the user's computer. have.

Accordingly, the present invention has been made to solve the above-mentioned problems, the local time zone or the user's own location of the real-time Internet live broadcast site that the user always wants to watch or listen anywhere in the world In order to be able to broadcast live from the time you want to watch or listen, you can select the site you want from each TV, radio broadcast and other provided sites that are broadcasting live via internet. By inserting index codes including time in real-time internet live data, the encoded data is temporarily compressed and stored in the database server, and real-time internet service can be provided in real time at user's requested or requested time. It is an object of the present invention to provide a system and method for automatically resolving parallax problems in live broadcasting.

In accordance with an aspect of the present invention, there is provided a system and method for automatically resolving a parallax problem in real-time Internet live broadcasting through the Internet, wherein the broadcasting station is selected by a plurality of users in each region of the world through the Internet. Real-time internet live broadcast sites are connected to receive live broadcast data using the TCP / IP protocol, and the index code including the time of the local time of the broadcasting station is included in the live broadcast data. A database server for encoding and storing; A function of storing, managing, and performing user ID information, password information, site selection information, user local time information, and user request time information received from the plurality of users through a web page, and from the stored plurality of user input information. A web server for classifying and delivering information corresponding to the role of each server; It consists of a real-time relay server that receives user channel selection information data from the web server and transmits the encoded data stored in the data storage to the TV connected to the user's computer or the Internet set-top box over the Internet. It is characterized by.

In the present invention, as a user information input step, when a connection request signal including a user ID and a password is received from the user, the received user ID and password are compared with the member information stored in the user management database of the web server. A step 1-1 of performing an authentication procedure; If the user is determined to be a non-member as a result of performing the authentication procedure of step 1-1, displaying in a predetermined form for inducing membership registration to the user; Inputting the member information of the step 1-2 and completing the registration, steps 1-3 for granting an ID to the user and authenticating the member; Step 1-4, when the user is registered as an associate member, displaying a selection window of a site desired by the user in order to receive the service and inputting the user to request a service of a desired site; A first to fifth step of calculating a charge according to the system service fee, which is differentially applied to the site selected by the user in step 1-4 according to the capacity of the data; Step 1-6 of outputting the result of the billing calculation, that is, the fee for use to the user immediately on the screen and starting the electronic payment system; In step 1-6, if the approval of the electronic payment system is confirmed and the approval is approved, the HTML document file having a selection input window such as a country, a broadcasting site, a user request time, etc., to the user for viewing or listening to the user is provided. Including steps 1-7 for allocating and providing the created personalized homepage of the user,

A step 2-1 of transmitting the user selection data information of the broadcasting station sites selected by the user from the web server to the database server in steps 1-4 and 1-6; Step 2-2 of the database server connecting to a connection IP address of a real-time Internet live broadcast of a broadcasting station corresponding to the selection data information and receiving data of a broadcasting site using a TCP / IP protocol; Inserting and encoding an index code including a local time of a broadcasting station that is received in the received broadcast data; Steps 2-4 of storing the encoded data in a data storage of a database server; And a step 2-5 of displaying the stored broadcasting station site information and the total amount of encoded data received and encoded from the site and displayed on the user personal homepage in time.

In the user's personal homepage for efficiently executing the stored encoded data, the user's personal homepage may be a country, a type of a broadcast site, a broadcast site, a data amount of a stored broadcast site expressed in time, a user request time, and the like. Display an enumerated selection window of the user personal home page; A user who accesses an automatic disparity resolution system of real-time Internet live broadcasting, and whose all procedures are authenticated, is a user who wants to watch or listen on the user's personal homepage, which lists his / her own name and the broadcasting sites of his choice. Step 3-1, when the web site is clicked, the web server delivers the selection data information of the requested broadcast site to the database server; Step 3-2 of monitoring whether the request time desired by the user separately from the selection data information is received; When the request time information is input, the request time is found from the encoded data stored together with the index code. If the request time information is not input, the local time of the user is extracted from the user management database and extracted. Step 3-3 of finding encoded data of time and delivering the same to a real-time relay server; It is preferable to comprise a.

At this time, each database server, web server, and real-time relay server have a time clock of the reference standard time based on the date change line, and have local time information for each country or site. The user time of each region can be configured to be able to calculate the date and time difference immediately can be carried out preferably.

In addition, if the encoded data is configured in various ways for the user's personal homepage, the user can arbitrarily reorganize the program in time within the Pause, Rewind, Forward, and Slow Motion functions and stored broadcast data to view or listen to the program.

1 is a service configuration diagram showing an embodiment of the present invention

2 is a flowchart illustrating an operation process of an embodiment of the present invention.

3 is a flowchart illustrating an operation process of an automatic disparity solving system of a real-time internet live broadcast according to an embodiment of the present invention.

4 to 11 are screen configuration examples when the present invention is applied.

Explanation of symbols on the main parts of the drawings

5-User 10-Live site 20-Internet

100-Web Server 105-User Management Database 200-Database Server

220-Connection port 230-Data storage 300-Real-time relay server

405-Charge Management Terminal

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing the overall configuration of the Internet service system suitable for applying the automatic disparity problem solving system and method of real-time Internet live broadcast according to an embodiment of the present invention, the web server 100, the user management database 105 ), Database server 200, port 220 for Internet / PSTN connection, data storage 230, real-time relay server 300, firewall system 350 to prevent intrusion from hackers, billing management terminal ( 405 and the application 50.

First, the web server 100, the database server 200, the real-time relay server 300, the billing management terminal 405 shown in the same figure can be configured as one or several systems, respectively, Capacity can be increased by simply adding equipment, but in the present embodiment, only one is shown for convenience of description.

Referring to FIG. 1, when the user 5 accesses the web server 100 through the Internet 20, the member management web document 60, the service selection web document 70, and the user personal home page 80 may be accessed. The homepage, which is a configured HyperText Markup Language (HTML) document, is output to the user 5.

The homepage is a document file composed of JAVA Scripts, HTML, etc., which is composed of at least one document, and contains members' personal information such as user ID, password, gender, age, local standard time, favorite broadcasting site, etc. The management web document 60, the service contract for the user to request the service of the present invention, the service selection web document 70 for the service application and electronic payment according thereto, the user has his own screen display window for applying for the service It consists of a user personal home page 80 and an application 50 that can input, output, store, manage, calculate, control, etc. information of the web document.

The real time relay server 300 is a server system that is provided to transmit encoded data of a user request site stored in the database server 200 to the user 5 in real time, and the user 5 is connected through the Internet 20. And transmits the selected data in real time to the user 5 having the user personal homepage.

Meanwhile, the database server 200 accesses a related site through the Internet 20 according to the user site selection information received from the web server 100, receives, encodes, and stores data transmitted from the site and stores the database. By deleting a data file that has elapsed time, the data storage 230 of the database server 200 is efficiently managed.

In addition, the billing management terminal 405, in the provision of the service of the present invention, has a differential billing system according to the service requested by each of the users 5 from the plurality of users 5 and the electronic settlement bank 410 for this. It performs the function of computerized management by interworking with.

2 is a flowchart illustrating an operation process of an embodiment according to the present invention. In order to perform a system and method for automatically solving a disparity problem of a real-time Internet live broadcast, a service type between a person skilled in the present invention and each user 5 is determined. As a kind of service contract step for providing a customized service according to each request of the user 5, it includes various menus for setting a plurality of display screens and a program environment.

Referring to Figure 2 described in detail step by step the process according to the invention as follows.

First, when the user 5 accesses the web server 100 through the Internet, the web server 100 reads the home page and displays the home page to the user 5 as shown in FIG. 4 (step 110). At this time, when the user 5 inputs the ID and password authenticated to the user 5, the user first checks whether the ID and password are members (step 102). If the member 5 is not a member, the member ID, password, details, and enjoyment of membership are required. As shown in FIG. 5, a pre-register for displaying a semi-member registration is configured so that information input and selection related to the semi-member registration including the broadcasting site to be searched and the local standard time where the user is located and the like can be selected. Step 120), when the user 5 inputs, the user obtains input information (step 122), issues an ID to the user (step 124), issues the issued ID, password, the user's local time, and other user's personal information. Classify the database into databases (step 126). If you are an associate member, examine the user's payment status (step 104) to determine if the user is an active member who entered into a service request contract and paid the fee for it. Outputting (step 150), if not paid or the expiration date of use is a semi-member status, displaying a service request screen (step 130), as shown in Figures 6, 7, 8 and the user for the service of the present invention; Agreement procedure (step 132) for the contractual relationship with the user, the site selection procedure (134) of the user's desired site, and the electronic payment procedure (step 136) for the total service fee according to the user's site selection. 400, the approval is completed (step 401), the user's selection information is stored in the user management database 105 and at the same time the user personal home page And outputs (step 150).

3 is a flowchart illustrating an operation process of an automatic disparity problem solving system of a real-time Internet live broadcast according to a preferred embodiment of the present invention. Referring to the drawings, a web server 100 and a database server according to the above-described process are described. The operation of the 200 and the real time relay server 300 will be described in detail as follows.

First, the user 5 is connected to the web server 100 through the Internet 20 to perform the above-described series of user information input and authentication procedures from the user management database 105 of the web server 100. The database server 200 extracts the user server request site information requested from the service request display window 130 of the user among the classified and stored data (step 202), and the Internet 20 is extracted from the user service request site. Through a connection port 220 that can be connected using a TCP / IP protocol through a network, physically connect to the site requested by the user (step 204), and receive data transmitted from the connected broadcasting site (206). In step 208, the index code including the time of the local standard time of each site included in the database server 200 is encoded in the data of the received broadcasting site (208). System) and stores the data of the encoded data to the storage site 230 (step 210).

On the other hand, in the state where the user 5 accesses the web server 100 and all authentication procedures are completed, the type of site desired by the user 5 on the user personal homepage 150 of the user 5 and Display a selection type display window composed of service request sites of each type, that is, a TV site, a radio site and other sites (step 152), and the user 5 selects one of the selected sites (step 154), In step 156, a separate request time of the user is input to the selected site, and if the request time of the user is input, the input request time is extracted (step 158), and the extracted request time is stored in a database server ( The broadcast site data portion is transmitted to the broadcast site data corresponding to the request time signal of the time-encoded site data stored in the data storage 230 of the database server 200. Extraction (step 212), the selected broadcast site data is transmitted in real time to the user 5 through the real-time relay server 300, if the request time of the user is not entered, the user management database of the web server 100 The user's local time information is extracted from step 105 (step 160), and the user's time is calculated based on the standard timeline based on the dateline of the web server 100. Calculate the local standard time of the user currently connected to (5), and transmits the time that matches the local standard time of the broadcasting station applied at the time encoding of the requested site to the database server 200 to transmit the data of the database server 200. Among the time-encoded broadcast site data stored in the storage 230, the calculated time, that is, the same time as the local time of the user 5 is encoded. Extracted from transmission site data (Step 212), wherein the selected data site is real-time transmission to the user 5 through the real-time transaction server 300.

The above process will be described in detail with reference to other embodiments.

If the time that the user 5 accesses is the standard timeline of the date that the web server 100 has, it is 15:00:00 seconds on June 27, 2000, and the user 5 enters the If the user's local time zone is summer time in Los Angeles, and the broadcast site requested by the user (5) is KBS 1TV in Korea, the database server 200 connects to the real-time Internet live site of KBS 1TV in Korea, It receives and stores the live broadcast data transmitted from the broadcasting station 24 hours a day, and the stored site data is the standard time in Korea, which is the amount of time that KBS 1TV transmits the live broadcast data at 17.00 pm on June 26, 2000. The data of the broadcasting site from 00 second to June 27, 2000 01:10:10 seconds, and June 27, 2000 from 06:00:10 second to 12:10:30 will be encoded and stored. At this time, if the time that the user 5 is connected is a standard time based on the date line, and the time is 15:00:00 seconds on June 27, 2000, the local time when the user 5 is performing the Los Angeles Summer Time in the United States is It is calculated as 21:00:00 seconds on 26 June 2000.

In other words, if the user 5 is a Korean citizen and wants to watch the 9 pm news broadcasted on KBS 1TV in Korea, the user who lives in Los Angeles, USA without the complicated time calculation of the user 5, Users in Europe, users in Europe, users in the Middle East, locations in Africa, and in other parts of the world all have access to their user's personal homepage at 9:00 in their local time. When KBS 1TV is clicked, the clicked local time is the same as the local time of the broadcasting site which the user 5 wants to watch.

4 to 11 are screen configuration examples applied to the present invention.

4 shows a homepage of the present invention, which is a screen configuration of the homepage display 110, and is a service system for a worldwide system that is characteristic of the present invention and features of the Internet connected to the world. A window 117 is provided so that the user can conveniently select a native language, and the user ID input window 112 and the user password input window 114 for the user's authentication procedure can be executed to input and execute the command. The icon 116 is configured on the left screen, and the icon box HOW EZ @ NET WORKS 115 is placed so that the user 5 can easily understand the system configuration and service form of the present invention so that the user can view the detailed description before registering. Screen to display various input items required for membership such as user ID and password by clicking icon box PRE-REGISTER (120). It is played.

5 is an example screen configuration for inputting the user's personal information required for membership, an input window 122 for inputting the user's personal information, and a local time zone for displaying the user's local time ( If the user inputs 160 and selects the completed icon 129, the input information is classified and stored in the user management database 105 of the web server.

6 to 8 are screen configurations of the service request 130 for the user 5 to request the service of the present invention. The icons AGREEMENT 132, SERVICE SELECTION 134, and PAYMENT 136 displayed at the top of the screen are shown. It can be clicked or it can be moved to the selection window immediately by using the scroll bar on the right screen.

6 is an example of a screen configuration for displaying the terms of a person skilled in the art of the present invention and establishing a contract due to the user's consent. In the AGREEMENT 132 screen, the user 5 reads the terms in detail and clicks the button AGREE 133. Then, a formal contract between the user 5 and the person skilled in the present invention is established in the user management database 105.

FIG. 7 is a screen configuration example showing a selection input window of a service requested by the user 5 of the present invention. When the user 5 selects a desired country input window 138 on the SERVICE SELECTION 134 screen, FIG. Each site list window is displayed on the screen in a pop-up format, and is classified into a TV site selection window 140, a radio site selection window 142, and another site selection window 1440 according to the type of broadcast. If the user clicks on the selection window of each broadcasting site, data information including link information such as IP address of the selected broadcasting sites is stored in the user management database 105, and the approval of the user 5 is approved. The server 200 accesses each broadcasting site through the Internet 20 to receive real-time live broadcast data.

FIG. 8 illustrates an example of a screen configuration in which a service fee is calculated by combining the sites requested by the user 5 and displayed on the display window, and the PAYMENT 136 screen is a site service of the user selected on the SERVICE SELECTION 134 screen. A service charge display window 146 which automatically calculates and displays a service charge determined by the differential for each site of the person skilled in the art upon request, and displays it to the user 5, and for paying the service charge calculated and displayed on the service charge display window 146, When the credit card information of (5) is inputted and the SUBMIT TRANSACTION button 148 is clicked, the information is immediately sent to the electronic settlement bank, and if the payment is approved according to the information, the user 5 as a full member within the contract period Configure and output the user personal home page 150 to use the service for the selected service history.

9 to 11 are examples of the screen configuration of the user's personal homepage for each site requested by the user, and a user name display window 150 for displaying a user name to indicate that the user is a personal homepage is displayed on the left screen. A service expiration due notice window 195 that configures the displayed TV 170, the radio 180, and the other site 190, and sends a warning message to the user 5 seven days before the user's service period expires, In order to allow the user to easily move to the upper side of the screen, the homepage 110, the service request page 134, and the service fee payment page 136 is configured to move immediately.

9 shows that the database server 200 accesses and receives each broadcasting site data through the Internet 20 for each broadcasting site requested for the TV site requested by the user 5 in the service contract. The information data stored in the data storage 230, that is, the broadcast site name 172, the local date and time of the broadcast site 174 at the time of data reception, and the live broadcast of the broadcast site start and end, respectively, are displayed in the local standard time of the broadcast site. The display window 176 and the display window 178 of the configuration.

When the user 5 inputs a time in the user request time input window 158 for each site, the input information is transmitted to the database server 200 and stored in the data storage 230 of the database server 200. From the site data encoded in the local standard time, the user 5 can watch or listen from the request time.

FIG. 10 is a screen configuration example of the radio site 180 requested by the user 5, which is the same as that described with reference to FIG. 9, except that the radio transmits a real-time live internet broadcast 24 hours, unlike a TV. There is no end, but the present invention is carried out by displaying the display window until midnight on the basis of 0 o'clock local time of the radio site for convenience.

FIG. 11 is a screen configuration example of a broadcast site 190 which is transmitted through a real-time internet live broadcast instead of a terrestrial broadcast channel, and is the same as the screen configuration of the TV site of FIG.

Each of the embodiments described above is not intended to limit the present invention thereto, and the content that is the subject of the present invention is not limited.

In addition, the technical idea of the present invention includes not only the broadcast data but also other specific data. It is noted that only the most practical and typical of the data for the specific purpose is the broadcast data as a typical embodiment.

According to the present invention, live users live in various parts of the world, each of which is broadcast over the Internet from various parts of the world, but does not receive the original service benefits to users in other time zones. In addition to automatically resolving the differences in time between the live sites and users, each user is sent from all over the world so that users who live in other regions can be broadcast live according to the local time zone of their region. By allowing live broadcast sites to watch or listen to your favorite sites at your own time,

Broadcasting stations that transmit live internet live broadcasts, that is, live broadcast sites, are live broadcasts themselves, so broadcasting stations transmitting live broadcasts are broadcast only for users who are in the same time zone as the broadcasting station. In reality, users who are in the same time zone can receive and watch the broadcasts directly by terrestrial waves instead of through the Internet. Therefore, there are not many users, and the majority of terrestrial broadcast channels that provide such services are live broadcast services through the Internet. It was difficult to expect the service cost and the advertising effect of advertisers caused by this, and the service that is broadcast live in real time to overseas Koreans, overseas resident and overseas travelers living in different regions of the world that most desperately want such services Not only can you solve the problems that you couldn't benefit from, but you can also easily access not only your home country, but also broadcast sites in other countries around the world, so that you can get the live broadcast site you want at any time. It can provide convenience for viewing or listening.

Claims (6)

In the automatic disparity problem solving system and method of the real-time Internet broadcast, Through the Internet, a plurality of users in each region of the world access the real-time Internet live broadcast sites of the selected broadcast station to receive live data using the TCP / IP protocol, and to receive the live broadcast data, the local standard of the broadcast station A database server for encoding and storing an index code including a time of a local time; A function of storing, managing, and performing user ID information, password information, site selection information, user local time information, and user request time information received from the plurality of users through a web page, and from the stored plurality of user input information. A web server for classifying and delivering information corresponding to the role of each server; It consists of a real-time relay server that receives user channel selection information data from the web server and transmits the encoded data stored in the data storage to the TV connected to the user's computer or the Internet set-top box over the Internet. Automated disparity problem solving system and method for real-time Internet live streams. The method of claim 1, The web server is a user information input step. When a connection request signal including a user ID and a password is received from the user, the web server compares the received user ID and password with member information stored in a user management database of the web server to authenticate the user. A step 1-1 of performing a procedure; If the user is determined to be a non-member as a result of performing the authentication procedure of step 1-1, displaying in a predetermined form for inducing membership registration to the user; Inputting the member information of the step 1-2 and completing the registration, steps 1-3 for granting an ID to the user and authenticating the member; Step 1-4, when the user is registered as an associate member, displaying a selection window of a site desired by the user in order to receive the service and inputting the user to request a service of a desired site; A first to fifth step of calculating a charge according to the system service fee, which is differentially applied to the site selected by the user in step 1-4 according to the capacity of the data; Step 1-6 of outputting the result of the billing calculation, that is, the fee for use to the user immediately on the screen and starting the electronic payment system; In step 1-6, if the approval of the electronic payment system is confirmed and the approval is approved, the HTML document file having a selection input window such as a country, a broadcasting site, a user request time, etc., to the user for viewing or listening to the user is provided. A parallax problem autonomous system and method for real-time Internet live broadcasting, comprising the steps 1-7 of allocating and providing the created personal homepage. 3. The method of claim 2, further comprising: step 2-1 of transmitting the user selection data information of the broadcasting station sites selected by the user from the web server to the database server in steps 1-4 and 1-6; Step 2-2 of the database server connecting to a connection IP address of a real-time Internet live broadcast of a broadcasting station corresponding to the selection data information and receiving data of a broadcasting site using a TCP / IP protocol; Inserting and encoding an index code including a local time of a broadcasting station that is received in the received broadcast data; Steps 2-4 of storing the encoded data in a data storage of a database server; Parallax problem of the real-time Internet livestream, comprising the step of displaying the stored broadcasting station site information and the total amount of encoded data received and encoded from the site and displayed on the user's personal homepage in time. Automated Resolve Systems and Methods. 4. The user personal homepage according to claim 3, wherein in the user personal homepage for efficiently executing the stored encoded data, the user personal homepage includes a data amount of a stored broadcast site represented by a country, a type of a broadcast site, a broadcast site, and a time; Each enumerated selection window is displayed, such as user request time, and the user accesses the automatic time difference resolution system of real-time Internet live broadcasting, and the user who is a certified member of all procedures, the user's name and the broadcasting site selected by the user On the listed user personal homepage, when the user clicks on a broadcasting site to be watched or listened to, the web server transmits the selection data information of the requested broadcasting site to a database server; Step 3-2 of monitoring whether the request time desired by the user separately from the selection data information is received; When the request time information is input, the request time is found from the encoded data stored together with the index code. If the request time information is not input, the local time of the user is extracted from the user management database and extracted. And a step 3-3 of finding and transmitting encoding data of time to a real time relay server. The database of claim 1, wherein each database server, web server, and real-time relay server have a time clock of a reference standard time based on a date change line, and have local time information for each country or site. A time difference automatic solving system and method for real-time Internet broadcasting, characterized in that the local time and the user time of each region of the world is configured to calculate the date and time difference immediately. The method according to claim 1, wherein the uncoded real-time data transmitted over the Internet is received and the time is encoded in real time and stored as Time Coded Data. Time difference automatic resolution system and method, characterized in that configured to be reorganized in any time of the user, including the Forward function.