KR20020018868A - Tridimensional Mlutimedia Service Method Using Super-Computer - Google Patents

Abstract

PURPOSE: A 3-dimensional multimedia service method using a supercomputer is provided to offer a multiple and selective 3-dimensional multimedia service through a broadband communication infrastructure under the management of a supercomputer on the Internet. CONSTITUTION: If a service user requests a 3-dimensional multimedia service through the Internet using his terminal(S31), the service data requested by the user are connected by a terabit router and transmitted to a backbone switch through a firewall(S32). The backbone switch transfers the transmitted service data to a cubic system that unifies various types of service(S33). The cubic system analyzes the unified service data(S34), and transmits the service data to a proxy server, a super computer or an associated server according to an analyzed result(S35). Receiving the service data from the cubic system, the proxy server, the super computer or the associated server supplies a relevant 3-dimensional multimedia service to the service user's terminal through the backbone switch, the firewall, the terabit router, and the Internet(S36).

Description

Tridimensional Mlutimedia Service Method Using Super-Computer}

The present invention relates to a three-dimensional multimedia service method using a supercomputer, in particular, three-dimensional multimedia using a supercomputer to provide a three-dimensional multimedia service by connecting a multimedia solution and a set-top box using a supercomputer due to the widening of the communication infrastructure It relates to a service method.

Recently, the concept of 'multimedia era' called 'communication of dreams' has been introduced to the public, but the actual experience has not been achieved according to the concept, and the true multimedia solution is not implemented.

However, with the development of the Internet era to the masses, computers and communication are improving the convenience of real life through the Internet, instead of simply sharing information. Now, research and development in each field are integrated into one. There is a need for a new concept of multimedia services that will provide services for a higher level of life.

In other words, apart from fragmentary communication services such as broadcasting, film, telephone, internet access, and real-time education, there is a need for pluralistic, selective functions and services using broadband communication technology and means. Only service by sector was provided, and due to the weakness of the infrastructure to deliver and share it and the lack of a management system to operate it, it was not able to provide a true multimedia service.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and its object is multi-band and selective three-dimensional multimedia under the integrated management of a supercomputer in a virtual space called the Internet by widening the communication infrastructure through a wide-band communication technology and means. It is to provide a three-dimensional multimedia service method using a supercomputer that can receive services.

Another object of the present invention is to provide a three-dimensional multimedia service using a supercomputer to widen the communication infrastructure, to integrate the multimedia industry scattered in each field researched and developed into one to share over the Internet.

1 is a diagram schematically illustrating a network structure for a 3D multimedia service using a supercomputer according to the present invention.

FIG. 2 conceptually illustrates a cubic system in FIG. 1; FIG.

3 is a flowchart illustrating a 3D multimedia service processing procedure using a supercomputer according to the present invention.

Explanation of symbols on the main parts of the drawings

10: service user 20: service provider

21: terabit router 22: backbone switch

23 proxy server 24 supercomputer

25: Firewall 26: Intrusion Detection System

27: L5 switch 28: cubic system

29: web server 30: server

A feature of the present invention for achieving the above object is the process of making the communication infrastructure broadband through a broadband communication technology and means to link the service user and the service provider through the Internet; When the service user requests a predetermined 3D multimedia service through the Internet, accessing the requested service data from a terabit router and transmitting the requested service data to a backbone switch; Delivering the transmitted service data to a cubic system to unify service data in different forms; Analyzing the unified service data and transmitting the unified service data to a proxy server, a supercomputer or a corresponding server according to the analysis result; The present invention provides a 3D multimedia service method using a supercomputer including providing a 3D multimedia service corresponding to the received service data to a service user through the backbone switch, the terabit router, and the Internet.

Furthermore, the process of transmitting the unified service data to the proxy server, the supercomputer or the corresponding server according to the analysis result may include the supercomputer when the service data is identified as the service data requiring the ultra-fast processing. If it is confirmed that the service data is used frequently, it is transmitted to the proxy server, and if it is confirmed as the newly requested service data, characterized in that the transmission to the server providing the corresponding service through the L5 switch.

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

In the present invention, to provide a three-dimensional multimedia service using a supercomputer, the infrastructure of the integrated service for this is based on IP (Internet Protocol) integrated solution (existing CATV or cable broadcasting cable) currently provided by individuals, companies, public Each PC (Personal Computer), such as an institution, is provided with a broadband communication environment of 100Mbps or more, and is based on HFC (Hybrid Fiberoptic Coaxial) cable to accommodate transmission rates of several gigabytes to several tens of gigabytes. By creating a multimedia environment, HDTV (25Mbps) quality and multimedia services such as telephone, Internet, and home automation can be comprehensively accommodated.

And, by installing a supercomputer in the central control center of the service provider side, it becomes possible to implement 3D virtual reality and simulation through the Internet, and to experience the limitations of stereotypes and construction through fuzzy concept software. .

On the other hand, the network structure for a three-dimensional multimedia service using a supercomputer according to the present invention as shown in Figure 1, the individual or company using a three-dimensional multimedia service based on the existing CATV or cable broadcasting cable , The service user 10 such as a public institution, and the service provider 20 which provides the 3D multimedia service to the service user 10 under the integrated management of the supercomputer 24 have a structure in which they interact with each other through the Internet. Here, the service user 10 uses a 3D multimedia service through a terminal such as a PC, a settop box, a broadband box, and a handheld and mobile device.

In addition, the service provider 20 implements the 3D multimedia to the terminal of the service user 10 using the supercomputer 24. For this purpose, the terabit (Terabit) provides a terabit routing environment for external internet access. Terabit) router 21, backbone switch 22 providing various port matching for internal system connection, proxy server 23 for caching frequently used data, and various 3D multimedia services And a supercomputer 24 which performs rapid computational processing and performs integrated management for real-time services.

At this time, the backbone switch 22 is connected to the firewall 25, the intrusion detection system 26, the L5 switch 27 and the cubic system 28, the firewall 25 is a terabit router 21 And a security function by access control of the web server 29 between the backbone switch 22 and the intrusion detection system 26 monitors network or system usage in real time and detects intrusions. The L5 switch 27 performs a switching function for complex load balancing such as uniform resource locator (URL) load balancing, network address translation, DNS (Domain Name System) recognition function, and hot content. The cubic system 28 transmits the data unified by the backbone switch 22 to the proxy server 23, the supercomputer 24, or the corresponding server 30 according to a situation.

The cubic system 28 transmits data requiring ultra-fast processing to the supercomputer 24, frequently used data to the proxy server 23, and newly requested service data transmits the corresponding service. Transfer to the server 30 to provide.

Here, the type of server 30 that provides a service according to the newly requested service data includes a video on demand (VOD) server, a simulation server, a virtual reality server, a fuzzy server, There are a Unified Messaging System (UMS) server, a Voice over Internet Protocol (VoIP) server, an electronic shopping mall server, and an Audio On Demand (AOD) server.

Meanwhile, conceptually illustrating the cubic system 28 includes a wired and wireless transmission medium, a hierarchical structure for each transmission protocol, and a hierarchical structure for higher application protocols, as shown in FIG. 2. ATM (Asynchronous Transfer Mode), Public Switched Telephone Network (PSTN), Frame Relay (F / R), Integrated Service Digital Network (ISDN), Asymmetric Digital Subscriber Line (ADSL), and Very High Bit Rate Digital (VDSL) Systems such as Subscriber Line (CATV) and Cable Television (CATV) transmit and receive data using the TCP / IP (Transmission Control Protocol / Internet Protocol) protocol, and are the GSM (Global System for Mobile telecommunication) and UMTS (Universal Mobile). Systems such as Telecommunications System (GPRS), General Packet Radio Service (GPRS), and EDGE transmit and receive data using the WAP (Wireless Application Protocol) protocol.

3D multimedia service processing procedure in a network structure for 3D multimedia service using the supercomputer 24 configured as described above will be described with reference to FIG. 3.

First, when the service user 10 requests a predetermined 3D multimedia service through the Internet using his terminal (step S31), the service data requested by the service user 10 is the terabit router 21. Is connected to the backbone switch 22 via the firewall 25 (step S32).

Accordingly, the backbone switch 22 transmits the service data transmitted from the service user 10 to the cubic system 28 to provide various types of service data, that is, different types of service data for each terminal of the service user 10. It is unified (step S33).

Then, the cubic system 28 analyzes the unified service data (step S34), and transmits the service data to the proxy server 23 or the supercomputer 24 or the corresponding server 30 according to the analysis result. (Step S35), when the service data is analyzed and found to be service data requiring ultra-fast processing, the data is transmitted to the supercomputer 24. When the service data is frequently used, the proxy server ( 23), if it is confirmed that the newly requested service data is transmitted to the server 30 that provides the corresponding service through the L5 switch (27).

In addition, the proxy server 23, the supercomputer 24, and the server 30 that receive the service data from the cubic system 28 receive the corresponding 3D multimedia service according to the service data received from the cubic system 28. ), The firewall 25, the terabit router 21 and the terminal of the service user 10 via the Internet (step S36).

Meanwhile, an embodiment of the above-described three-dimensional multimedia service will be described below.

First, in the case of the 3D virtual game service, which is the most reliable revenue model, the service user 10 can enjoy the game as a real main character. First, the service user 10 directly creates his own image or displays the pre-made image. When the selection is made, the service user 10 is able to enjoy the three-dimensional virtual game as a real hero as the service user 10 substitutes the image selected by the service user 10 in the supercomputer 24. . This can contribute not only to the development of the game industry, but also to the development of the animation field, and will be provided with the opportunity to introduce and introduce traditional martial arts from around the world to the three-dimensional virtual game.

Second, in the case of a 3D simulation service that inputs basic information and predicts the result through a specific process, the service user 10 may obtain a 3D interactive simulation result, which provides logical and physical interactive interactive content. As a result, a wide range of services such as learning, academics, entertainment, education, medicine, film, sports, training, tactics, art, music, etc. can be provided. For example, you can enter current combat forces and operations to predict outcomes in the event of a war, or enter the patient's status to predict which surgical method is more effective. 3D interactive simulation services can be provided for virtual students' simulations), genetic engineering (eg, the result of crossing different types of plants).

Third, it is possible to develop a fuzzy concept of software and provide services that challenge the limitations of stereotypes and construction. As an example, the concept of a computer friend is introduced to create cyber humans with artificial intelligence by age. By applying emotion expression and communication function to each growth process, it is applied to the service users 10 who want to make friends with the elderly and the disabled or cyber humans, or apply the geographic information system of fuzzy concept to all media with cars or vehicles. After applying the driver's psychological state, it is possible to determine the terrain and the distance with a simple command to select the fastest and most comfortable road.

Fourth, in the virtual space of the Internet, the virtual reality service provided by the real world can be provided. As an example, Lincoln or Einstein's way of thinking can be theoretically input to express dialogue and thinking in a changed society. Later, we can provide a chat service with Lincoln or Einstein that can be converted to a modern concept to learn the concepts of interest and thought, and cultivate more mature thoughts such as dialogue, war, and exchange with aliens by inputting sci-fi data. Through the fuzzy concept to make it possible to realize a virtual experience that crosses past, future, and time and space.

They can use their characters in a three-dimensional space to chat with Lincoln, Einstein, or human beings or friends, and use them for education and counseling. You can rent them so that users can shop virtually over the Internet.

Fifth, even individual individuals can be provided with a service in the form of a sale that can promote and sell a personal broadcasting station, intellectual creativity, etc. using two-way broadband communication.

Sixth, more realistically, various computer languages, merchandise software, games, backups, vaccines, and groupware that are widely dispersed now can be optimized for cyber life.

Seventh, it is possible to shorten the expansion of the basic market by facilitating access through free and rent of various tools such as home access devices, virtual reality, simulation, etc. Live experiences of the private education market, such as education, will be available on the Internet.

Finally, we can provide business service support functions that generate and store data, and support business processes, accounting, judgment, market forecast, and market analysis from basic to professional. For example, in the cyber era, Valuable data is created and stored by individuals or companies, either personally or professionally, and the computational power and intelligence of the supercomputer 24 from the basic to the professional part based on business process, accounting, judgment, market forecast, and market analysis. Incident access software can provide secretarial and support functions.

As described above, in the present invention, by widening the communication infrastructure through the terabit router 21 using the supercomputer 24, the performance, functions, and contents of the supercomputer 24, which were mainly used for research and special purposes, were used. Inexpensive access to the public, schools, companies, research institutes, etc. in the virtual space of the Internet can be provided with a plural and selective three-dimensional multimedia services under the integrated management of the supercomputer 24, thereby improving the quality of life This will maximize customer satisfaction (life satisfaction).

In addition, the multimedia industry scattered in each field constituting the multimedia can be converted into a service integrated using the supercomputer 24, and it can be shared through the Internet.

In addition, although the present invention has been described in detail with reference to preferred embodiments, the scope of the present invention is not limited to the specific embodiments, and various alternatives within the scope obvious to those skilled in the art in connection with the present invention, Can be modified and changed.

As described above, according to the three-dimensional multimedia service method using the supercomputer of the present invention, the broadband communication technology through means of broadband communication technology and means by the integrated management of the supercomputer in the virtual space of the Internet in the virtual space called 3 The dimensional multimedia service can be provided.

In addition, the present invention can provide a three-dimensional multimedia service using a supercomputer by widening the communication infrastructure, it is possible to integrate the multimedia industry distributed and researched in each field into one and share it through the Internet.

Claims (2)

Making the communication infrastructure broadband through a broadband communication technology and means to link service users and service providers through the Internet; When the service user requests a predetermined 3D multimedia service through the Internet, accessing the requested service data from a terabit router and transmitting the requested service data to a backbone switch; Delivering the transmitted service data to a cubic system to unify service data in different forms; Analyzing the unified service data and transmitting the unified service data to a proxy server, a supercomputer or a corresponding server according to the analysis result; And providing a corresponding 3D multimedia service to a service user through the backbone switch, the terabit router, and the internet according to the received service data. The method of claim 1, The process of transmitting the unified service data to the proxy server, the supercomputer or the corresponding server according to the analysis result is transmitted to the supercomputer if the service data is identified as the service data requiring the ultra-fast processing. If it is confirmed as the frequently used service data, it is transmitted to the proxy server, and if it is confirmed as the newly requested service data, it is transmitted to the server providing the corresponding service through the L5 switch. 3D multimedia service method.