KR20010104493A - Stereoscopic providing Method and Apparatus Using Network - Google Patents

Abstract

The present invention relates to a method and apparatus for converting a 2D image into a 3D image and providing the same to a user through a data communication network such as the Internet, and more particularly, a method of providing a stereoscopic image based on the World Wide Web on the Internet. A method comprising: transmitting an order to a server through a communication network to stereoscopic image a two-dimensional image in response to an input by a user; Receiving order information including a commerce identifier and order content data for the order from a server and storing the order information in a storage device; And performing an order receiving process of the disclosed order, wherein the receiving order process is authorized by receiving virtual space data stored in a memory storing data about a virtual space, data of a virtual body, data of the virtual body, and the like. VRML processing step of implementing the virtual space or three-dimensional modeling to display an object in three dimensions in the virtual space; Generating the data modeled in the 3D as an image file; Classifying and storing the image file by category; Synthesizing and editing individual image files classified and stored in the categories into dynamic images; And transmitting the synthesized edited image file to the orderer as a moving picture together with a still image, thereby further increasing the realism and immersion by visualizing the object in three dimensions.

Description

3D image providing method and processing apparatus using data communication network {Stereoscopic providing Method and Apparatus Using Network}

The present invention relates to a method and apparatus for converting a 2D image into a 3D image and providing the same to a user through a data communication network such as the Internet. In particular, the present invention relates to a shopping mall by converting the 2D image into a 3D image through a data communication network such as the Internet. In addition to providing 3D-dimensionalized images in real time in the field of IP service such as, distance education, stereoscopic movie and chatting, certain 2D image objects can be quickly converted into stereoscopic images by user's order. The present invention relates to a three-dimensional image providing service method and apparatus for converting and providing to an orderer to visualize things three-dimensionally to further increase the sense of reality and immersion.

We are currently in the whirlpool of the information revolution. We no longer live in an industrial society, but in an information society. The Internet is now a social medium such as telephone and is rapidly approaching our daily lives, and commerce is taking place in the Internet space.

Recently, the interests of countries and companies around the world have been focused on cyber shopping malls using internet e-commerce. Cyber shopping malls process all the information from the product information to payment and delivery in the case of digital products without restriction of time, place and distance, thus bringing convenience and time saving effect to consumers, and cost reduction by reducing the distribution stage for companies, It can bring the effect of corporate promotion at low cost, attracting much attention from both consumers and companies. In addition, the success of some shopping malls, such as Amazon, has been a major reason for the rapid growth of the Internet shopping mall market by increasing the confidence of the shopping malls of many consumers and raising confidence in business success.

However, although the growth rate is high, it is still insignificant compared to the actual market size, so the return on investment is inevitably reduced at this level of sales. If so, despite the rapidly growing number of Internet users and the high expectations and predictions of the growth potential of Internet shopping malls, the biggest reason why the absolute magnitude of e-commerce does not meet those expectations is the need for interactive needs, the biggest advantage of the Internet. This is because they are not satisfied. In other words, by creating a website and creating a two-dimensional shopping mall on the website, the actual product information is displayed with text information or graphics on the product and the price is displayed to encourage card payment or online purchase. Therefore, consumers are forced to buy based on simple information provided unilaterally. It's no different from past mail-orders, offering a picture of a product, a price, and compelling you to buy a product. Therefore, it is difficult to expect sales growth.

General flow of e-commerce

The top selling items in the mall are computers and appliances, books and CDs (records, movies), software, household items (furniture, kitchenware, etc.), baby items (toys), gifts (ribs, honey, ties, Wallet). The reason why computers and home appliances are sold the most is because they are standardized goods, and because they can be trusted to some extent, the quality of the goods can be trusted, and the distribution cost is reduced, so the price of goods is low. As can be seen from this result, there is no way to provide additional information on goods in existing unidirectional shopping malls, even though consumers do not believe about unstandardized products.

Problems of Providing Video on E-Commerce

For example, even the most advanced clothing shopping site currently known as the most advanced, buyers can select only two-dimensional video images without a model, so they have no choice but to view the color and appearance of the product before purchase or to enlarge and buy separately. As a result, the reality of the goods is deteriorated, which implies that they cannot be immersed in the goods.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned demands. The present invention provides a three-dimensional stereoscopic image in real time through a communication network, and stereoscopic image of a predetermined two-dimensional image object by user's order. image) allows users to quickly convert and provide objects to orderers, enabling each orderer to visualize objects in three-dimensional objects using the Internet without the detailed description of the objects, further enhancing the sense of realism and immersion. The technical problem is to provide a method and apparatus for providing a three-dimensional image providing service that can be increased.

In order to achieve the above object, the present invention, in the image providing method based on the World Wide Web (WWW) on the Internet, through the communication network to order the stereoscopic image of the two-dimensional image in response to input by the user Sending to a server; Receiving order information including a commerce identifier and order content data for the order from a server and storing the order information in a storage device; And performing an order receiving process of the disclosed order, wherein the receiving order process is authorized by receiving virtual space data stored in a memory storing data about a virtual space, data of a virtual body, data of the virtual body, and the like. VRML processing step of implementing the virtual space or three-dimensional modeling to display an object in three dimensions in the virtual space; Generating the data modeled in the 3D as an image file; Classifying and storing the image file by category; Synthesizing and editing individual image files classified and stored in the categories into dynamic images; It provides a stereoscopic image providing service method comprising the step of transmitting the synthesized edited image file to the orderer as a video with a still image.

1 is a view showing a state in which a system for implementing a stereoscopic image providing service according to the present invention is connected through a data communication network, and a schematic configuration of a stereoscopic image implementing system for implementing such a stereoscopic image providing processing method;

2 is a structural diagram schematically showing a three-dimensional image providing processing system according to the present invention;

3 is a frame diagram showing an example of an order data format according to the present invention;

4 is a view showing an example of a page for selecting an image style desired by an orderer when providing a stereoscopic image according to the present invention;

5 is a processing flowchart briefly illustrating a process of performing a stereoscopic image providing service according to the present invention;

6 is a flowchart illustrating a three-dimensional image providing service processing process according to the present invention;

7A and 7B illustrate an example of a page for searching a document about a plurality of image styles provided by a web page, a material for completing the image, and a method of completing the image;

8 is a view to help understand the image converting according to the present invention;

Figure 9 is a flow chart briefly showing the operation processing of the reversing prevention device according to the present invention,

10 is a flowchart schematically showing the procedure of the converting step according to the present invention;

11 is a code list showing an example of a language code for converting into a stereoscopic image according to the present invention; and

12a to 12g schematically illustrate an example of providing a user by stereoscopic imaging of a two-dimensional image in accordance with the present invention.

<Description of the symbols for the main parts of the drawings>

110: storage device 130: virtual body order information generating means

140: virtual order information transmission means 150: virtual order information confirmation processing means

170: order information update processing means 180: registration setting unit

200: stereoscopic image providing service system 210: memory

220: converting means 230: interleaving means

240: display means 300: stereoscopic image implementation device

310: synchronization means 320: wireless synchronous signal optical transmitter

330: Image reversal prevention means 340: Wireless receiver

350: Wireless LCD Shutter Glasses

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

First, VRML, a language for realizing three-dimensional virtual space and stereoscopic imaging on the Internet, will be described in order to facilitate understanding of the present invention.

VRML is a language specification for displaying a three-dimensional virtual space, which makes it possible to realize a virtual space of the Internet hyperlinked on the WWW. VRML files consist of hierarchical scenegraphs and nodes, using 7-bit ASCII code. The coordinate system used in VRML is righthanded (x-axis: up, y-axis: right, -z-axis: forward), and is relatively defined by separator, world space, and object space. In addition, three-dimensional diagrams that are easy to express as scenes are cubes, spheres, cones, cylinders, etc., and functions for transformation in three-dimensional space include translation, rotation, and scale. scale, etc. are provided.

On the other hand, browsers for various platforms are made. A representative VRML browser is a webspace jointly developed by SGI and TGS. Webspace supports Examiner Viewer mode for rotating 3D objects and Walk Viewer mode for walking through shopping malls. In addition, three-dimensional web browsers that allow users to view a flat Internet homepage in three dimensions are being released one after another. The three-dimensional web browser is a program that allows users to literally view three-dimensional, exciting three-dimensional images on the Internet web. It can also be easily installed and used in a web browser. Most of these programs are provided in the form of flags, and when VRML is used to access a site where a 3D homepage is opened, the 3D image that overcomes the limitations of the plane can be viewed. The three-dimensional web browser has an excellent effect when viewing three-dimensional chat rooms, virtual worlds, and three-dimensional special effects scenes. In other words, it allows you to see objects modeled in three dimensions. In addition, realistic 3D objects can be used effectively in virtual walk-through or game field. The most representative three-dimensional search tools include Web FX, WIRL (Web Interactive Reality Layer), and Topper.

The service that provides 3D image in the field of IP providing service such as shopping mall, distance education, stereoscopic movie and chat means to provide 3D object implemented in VRML to the user who wants to enjoy 3D image provider and 3D image. Recently, the Internet (INTERNET) which connects the network of the world is used a lot. It provides data such as moving pictures, still images, and audio that a user wants anywhere in the world. There are various servers on the Internet that provide information. Among these servers, the World Wide Web (WWW) has gained tremendous popularity all over the world by providing many services such as simple structure and providing multimedia service. Initially, the World Wide Web (WWW) only provided a variety of information quickly, but now it is becoming more and more popular by building a CGI environment that provides not only picture information but also video.

In the past, two-dimensional images based on HTML (Hyper Text Markup Language) have been mainly used, but recently, animations, interactions, and animations are performed by Java and Virtual Reality Modeling Language (VRML). The area is getting wider by the dimensional space. In other words, while HTML is two-dimensional, static, and passive, VRML provides users with a three-dimensional space called a scene, allowing them to navigate the space directly. It is possible.

As such, in order to implement a 3D virtual mall space on the Internet on a platform such as a PC, a 3D display technology is required.

LCD Shutter Glasses

In this method, left and right images of a stereoscopic image are alternately output to the display means, and the left and right LCD portions of the LCD shutter glasses are shuttered according to this order. When the left image is displayed on the screen, it is fed to the right LCD of the glasses to regulate the light passage. When the right image is output, it is fed to the left LCD of the glasses and the light is alternately repeated. For the right eye, only the right image is visible so that stereoscopic images can be recognized.

Interleaving Method

This technique combines the left and right images of stereoscopic images according to the image resolution. For example, the left image is placed on odd lines and the right image is placed on even lines. When the right image is positioned on the top and bottom half, the image is reduced by 1/2 up and down, and the left image is positioned up and down by 1/2 on the bottom, and the left image is displayed when outputting to the display means using an application program. On odd lines of the means, the right image is output on even lines of the display means (or vice versa).

After the stereoscopic image is output to the display means in this manner, only the odd lines and the other lines are output at one time in accordance with the vertical frequency synchronization of the display means. It is a technique to recognize stereoscopic image by synchronizing with the.

Meanwhile, as shown in FIG. 1, the symbol 'N' denotes an Internet-dedicated network, ISDN, or ADSL (asymmetric digital subscriber) connecting a plurality of user terminals (PCs) and a web server 10 of an internet stereoscopic video registration service provider to each other. Communication network).

The Internet browser (WB) window according to the present embodiment includes an image order information display area. In addition, in the initial state, it is designed to be designated by clicking on the insurance displayed in the video order display area with a mouse for easy viewing.

1 shows a hardware configuration diagram of the present embodiment. The hard configuration of this embodiment includes a processor P, a storage device 110 connected to the processor P, a display device, an input device, and a communication connected to a network. The hardware of the memory storage device 110 and the processor P of the present invention is an information processing device capable of executing instructions retained in the memory device. Or a personal computer, a network computer, or a personal digital assistant (PD).

In the present embodiment, the web browser (WB) is a means for driving a web page written in HTML of a website in a display using a brown tube or a liquid crystal, and means an explorer, a netscape, or the like. In such a web browser, a device may be used. It does not matter. In this embodiment, the input device is a keyboard or a mouse. The input device may use another input device as long as it can input data or commands to the processor.

The connection between the devices is realized by signal coupling (line connection unit L, communication unit C). The signal line is irrelevant whether it is wired or wireless.

The processor P is an arithmetic processing unit that analyzes and executes instructions held in the processing program storage area of the memory storage device 110.

The communication unit C is a modem for connecting to a network. Since a well-known technique may be used about a modem, a communication line, or the necessary communication protocol (protocol) after using it, detailed description is abbreviate | omitted in this specification.

The network N is a local area network (LAN), a wide area network (LAN), the Internet, or an intranet. In this embodiment, the network (World Wide Web), file transfer protocol (FTP) and mail ( It is desirable that services such as MAIL) be directed.

The web server W shown in FIG. 1 provides processing information regarding video order registration information via the network N. FIG.

The interface between the application programs is a CGI (Common Gateway Interface), which delivers data transmitted from the web browser to the server, that is, the user's browser, to the application program, and the data reprocessed by the application is returned to the user's browser. The interface you pass to is the interface.

Of course, when the image converted from the 2D image to the stereoscopic image by the virtual converting means 120 to be described later to the server of the orderer, a function that allows to create a variety of classes or functions as a definition of a structure is a specific data Inheritance relationships and classes between classes are defined through a template file (T), which is particularly useful for classes that contain objects of type (e.g. lists, arrays, sets).

The system in which the article registration processing method of the present invention is realized is configured to include at least one stereoscopic image providing processing system connected with a plurality of supplier computers (PC, ...) and via a data communication network N such as the Internet.

In particular, such a stereoscopic image providing processing system is configured to include a web server W, a storage storing means 140, and a stereoscopic image implementing system.

In addition, the stereoscopic image implementation system 200 of the present invention, as shown in Figure 2, the light reflected from the stereoscopic image of the object by the parallax of both eyes spaced at a predetermined distance to each other at a different angle in the brain It is a stereoscopic image realization system to recognize three-dimensional visual information.

The stereoscopic image implementing system 200 further includes a memory 210 for storing data about a virtual space, data of a virtual body, and the like; Converting means (220) for stereoscopic imaging of one of a left eye image and a right eye image having no depth data among the data stored in the memory; Interleaving means (230) for interleaving the image converted by the converting means (220) to another image; Display means (240) for displaying a stereoscopic image interleaved by the interleaving means (230); And a stereoscopic image implementing apparatus 300 for implementing the stereoscopic image displayed on the display means 240.

In addition, the stereoscopic image implementing apparatus 300, the LCD shutter glasses 350 for shielding the left and right eye images alternately to implement the stereoscopic image displayed on the display means 240 to the user; Image reversal preventing means (330) for preventing the reversal of the shielding operation of the left and right eye images in synchronization with the vertical frequency when shielding the left and right eye images according to the alternating shielding operation of the LCD shutter glasses; A wireless optical synchronization signal transmitter 320 connected to the display means 240 to transmit a synchronization signal for synchronizing an image between the display means 240 and the LCD shutter glasses 350; And a wireless receiver 340 for alternately shielding the left and right LCD parts of the LCD shutter glasses 350 by receiving an optical signal from the wireless synchronization signal light emitter 320.

In addition, the image reversal preventing means 330 is mounted between the video card and the monitor or on the video card itself, or embedded in the display means 140.

The wireless signal transmitters 340 and 320 selectively scan any one of a left eye image and a right eye image to any one of an even line and an odd line among the scan lines of the display means 240. Synchronizing means 310 for synchronizing the alternating shielding operation of the left and right LCD portions of the LCD shutter glasses on the even and odd lines.

The synchronizing means 310 may include: a synchronizing separator for separating the vertical synchronizing signal and the composite synchronizing signal; A monostable oscillator for extending the vertical synchronization signal and the composite synchronization signal to a predetermined time; A phase comparator for comparing odd and even field phases of the formed vertical synchronization signal and the composite synchronization signal; A switch for selecting a logic value of an output phase waveform as logic of left and right images in odd and even fields; And a current amplifier for driving the frequency oscillator and the infrared liquid crystal light emitting device.

In addition, Figure 1 is a schematic diagram showing a three-dimensional image providing system for implementing the present invention, in Figure 1, the three-dimensional image providing system of the present invention, is connected to a plurality of image requester computer through a data communication network, Provision of virtual order registration information that provides information on a number of orderers to receive the images before the completion of the image, information on how to complete the stereoscopic image to complete each stereoscopic image, and a digital image request form in the form of digital data. Means 120 and a stereoscopic image requester selecting at least one of a plurality of order items provided by the virtual order information providing means, and selecting a time to complete the stereoscopic image of the selected item. Configure the items, and enter the orderer's name, orderer's contact information, and transfer destination address information on the order form. The virtual body order information generating means 130 for generating order information including; and the order information to the orderer side terminal device (PC) and the memory storage device 110 based on the transfer destination address information described by the orderer. It includes a virtual body order information transmission means for transmitting (140).

In addition, according to the present invention, the three-dimensional image providing system described above is written to include a regular stereoscopic image item and transmitted to the orderer side terminal (PC), the order information and the stereoscopic image classified and recorded as a video and a still image The virtual body order information confirmation processing means 150 for providing the storage information 110 and the image information recorded in the storage storage means 110 in accordance with the request of the orderer to confirm the recording contents of the order information. When the orderer checks the contents of the order information and corrects the contents, the user generates a modified order information based on the modified contents, updates the corresponding order information recorded in the storage storage means, and sends the order information transmission means ( And the order information update processing means 170 for controlling the transmission of the updated corrected order information to the terminal device of the orderer side. The.

Specifically, the order information generation unit 130 writes the orderer by filling in the orderer's name, the order target image, the transfer request address, the transfer request time, and payment related information, based on these descriptions in FIG. Generates the order information as shown in the example shown, and instructs the order information transmission means 140 to transmit the generated order information to the orderer side terminal (PC).

The order information format shown as an example in FIG. 3 is configured to include a data identifier recording area, an order information recording area, and a payment information-related information recording area. In particular, the order information recording area includes an orderer's name, an orderer's contact information, and a transfer destination. It is configured to record the address and order contents information. In addition, the order content information includes a video created by the orderer by accessing the web site, arbitrarily selected from a plurality of orderable videos, and if you want to send regularly for one week, etc. It is configured to record the timing.

The order information confirmation processing means 150 generates the order information transmitted to the orderer side terminal device (PC) generated by the above-described method according to the order contents confirmation request of the orderer to send the upgraded and re-produced video at regular intervals. Present it to the user for confirmation.

The order information update processing unit 170 checks the order information and modifies the order contents and requests a change, and generates a modified order information as the modified order information, and revises the order information recorded so far. The order information transmitting means 150 is instructed to update and update the order information to record the replacement information and to transmit the generated corrected order information to each ordering terminal device.

The order information transmitting means 140 transmits the order information, such as the example of FIG. 3 generated by the order information generating means 130, to the orderer side terminal device (PC, ‥) of the transfer request address described in the corresponding order information. Perform. At this time, the order information transmission means 140 checks the address of the transmission request address described in the order information, and automatically determines the jurisdiction orderer-side terminal device, and the orderer side through the registration setting unit 180 based on the result. The terminal device PC is selected to transmit order information to the corresponding terminal device PC.

In addition, the order information transmission means 140 when the orderer requests a modified order to modify the order contents of his order, the order information update processing means generated by the order information update processing unit 170, the terminal device side of the orderer It also performs the function of transmitting to (PC, ...).

The components of the stereoscopic image providing system (100 to 300) may be entirely composed of hardware, but only part of the hardware may be implemented, and the remaining part may be realized by software to be processed in a general-purpose central processing unit. have. For example, the order information transmission means may include a modem, a network connection card, or may be a dedicated E-mail transmission processing apparatus.

According to the operation of the stereoscopic image providing system having such a configuration, when a visitor connects to a web server W, searches for a web page as shown in the example shown in FIG. 4, creates an order image, and submits an order form. Based on the contents of the order form, order information in the format as shown in FIG. 3 is generated and transmitted to the orderer side terminal apparatus PC through the data communication network N.

FIG. 4 is an example of a page provided so that a stereoscopic image implementing system for order acceptance processing of the above-described configuration can select a plurality of object image information, that is, an image style for a landscape, an industrial product, or a cyber character, and FIG. 5 shows an orderer. 1 is a diagram briefly illustrating an example of processing an order by designating at least one of a plurality of order transferable images, and performing a process of transmitting a converted stereoscopic image to an orderer according to the received order.

Next, the operational effect of the stereoscopic image providing service according to the present invention will also be described.

In step S1, when the visitor or orderer connects to the stereoscopic image implementation web server (W), the visitor presents a document about a plurality of image styles provided by the web pages such as FIGS. 7A and 7B, materials for completing the image, and a method of completion. You can search. Fig. 7A is a display example of the first screen of a web site providing such a service, in which a visitor can search for various images and place a transfer order. In addition, in the case where a regular stereoscopic image production order has been previously made, the contents of the subsequent transmission orders can be corrected.

7B is an example of screen display when an orderer searches for a transmission type image during image viewing. This display allows the orderer to pre-order new product concept drawings before the advertisement. Seeing an example of such an image, the orderer can determine his or her desired image style and place the order immediately. FIG. 4 illustrates that one of a plurality of image styles may be selected in consideration of a case where it is difficult to construct various images. 4 may be utilized as a web page for a service for providing various stereoscopic images.

In this way, the orderer searches through the various provided images, selects the images according to one image style, and fills in the order form displayed with the name of the orderer, the orderer's contact information, the transfer address, and the ordered image. You can place an order simply by filling in and submitting details. Then, the virtual body order information generating means generates the order information as shown in FIG. 2 as described above, and records the order information in its memory storage device 110. In addition, the order information transmitting means 140 of the stereoscopic image providing system checks the orderer side terminal device (PC) through the registration setting unit 180 that manages the address of the transfer request destination of the orderer and stores the order information thus generated in the data communication network. Through the transmission to the computer of the orderer terminal device.

Then, the web server W receives the order information as in the example shown in FIG. 3 transmitted from the orderer side terminal device PC, and records and stores it in the designated storage device. The orderer is notified of the receipt of the order through mobile telecommunication, telecommunication, e-mail, and the like.

When the time specified in the order is reached, the orderer selects and transmits the material of the ordered image to the designated destination address. At this time, the converted stereoscopic form in the form of an e-book containing a list of the sequence of providing the stereoscopic image converted from the image, the precautions when registering the converted stereoscopic image, and other necessary preparations. Provide the video method. In addition to the converted stereoscopic image information in the form of an e-book can also be configured to check the corresponding stereoscopic image on-line, this service can be implemented for a stereoscopic image or stereoscopic movie theater for chat (see Figure 12a to Figure 12g). .

Hereinafter, the converting step will be described in detail with reference to FIGS. 10, 11A, and 11B.

1. The program starts with the initialization of the array variable m_pPoint, which is the basic data variable.

This declaration of initialization is the basis for the initial data of all data.

2. When inputting basic data, the desired data indicates the n value that defines the depth value and the angle value between the image and the field of view. And the depth distance d accordingly.

3. Their formula is

to be.

Where w is the distance 1/2 between the two eyes,

Is the viewing angle of the maximum depth perception.

4. The desired 2D image is loaded into memory area and stored as DIB (Device Independence Bitmap) in a variable named m_pImage.

5. The work area can be grid-shaped to selectively crop and move the image so you can see it at a glance. At this time, if you click the coordinates with the mouse, all the tasks will draw the clicked area.

6. Select using the mouse to connect in series and form multiple polygons.

7. To select and move images of the same depth, give them the same level in the grid window.

8. All selected areas are moved by the Converting Button as many pixels as you want from small level to large level. At this time, the number of the large level is moved again if there is an included area.

9. Another image is created by the Converting Button, and the image can be identified by Merge.

10. All images can be reduced or enlarged and only the desired area can be selected.

For reference, FIGS. 9A and 9B are code lists showing an example of a language code for converting into a stereoscopic image according to the present invention, and FIG. 9 is a flowchart schematically showing the procedure of the converting step.

Of course, the stereoscopic image providing method according to the present invention is based on the World Wide Web (WWW) on the Internet, and transmits an order for stereoscopic imaging of a 2D image to a server through a communication network according to an input by a user. And receiving order information including a commerce identifier for the order and order content data from a server, storing the order information in the storage storage device 110, and performing an order receiving process for the disclosed order.

In the order processing step, the virtual space may be implemented by receiving virtual space data stored in a memory storing data of the virtual space, data of the virtual body, data of the virtual body, or the like. VRML processing step of three-dimensional modeling to display the object in three dimensions in the; Generating an image file of the data modeled in three dimensions; Classifying and storing the image file by category; Synthesizing and editing individual image files classified and stored in the categories into dynamic images; And transmitting the synthesized edited image file to the orderer as a moving image along with the still image, wherein the VRML processing includes converting the image data into a stereoscopic image.

In addition, the transmitting step may be transmitted through a network interface for transmitting the three-dimensional modeled data to the user video terminal.

In addition, when the object image is to be disclosed on the Internet, the image provider of the object and the text data for the item information are prepared by the article provider, and then transmitted to the manager of the shopping mall to be added to the template by the administrator. Of course, it is registered in the shopping mall.

In addition, the transmitting step may be registered in the shopping mall based on the exclusive authority of the administrator by sending by e-mail and going through a separate application procedure.

In addition, the user may be configured to search for various professional stereoscopic image objects including moving images through a data communication network such as the Internet.

Therefore, it is possible to convert the two-dimensional image to a suitable three-dimensional stereoscopic image to the user and register it on the user's homepage.

Accordingly, while the user wears the stereoscopic wireless glasses, the user can navigate the Internet with a more realistic reality while enjoying the images in three-dimensional rather than planar at an internet shopping mall, an internet movie theater, and various image providing sites.

By providing a user-customized stereoscopic image providing service method and service apparatus using a data communication network of the above-described configuration, by converting 2D image into 3D image through a data communication network such as the Internet, shopping malls, distance education, stereoscopic movie and chat, etc. In addition to providing three-dimensional images in real time in the same IP providing service field, by converting a predetermined two-dimensional image object to a stereoscopic image by the user's order to provide to the orderer In other words, it has a very good effect of visualizing things three-dimensionally to increase the realism and immersion.

Claims (9)

In the image providing method based on the World Wide Web on the Internet, Sending an order to a server via a communication network to stereoscopic image a two-dimensional image in response to input by a user; Receiving order information including a commerce identifier and order content data for the order from a server and storing the order information in a storage device; And Performing order processing of the disclosed order; The order processing step, The virtual space may be embodied by receiving the virtual space data stored in the memory that stores the data about the virtual space, the data of the virtual body, the data of the virtual body, or the like, or display an object in three dimensions on the virtual space. VRML processing step of three-dimensional modeling so that; Generating the data modeled in the 3D as an image file; Classifying and storing the image file by category; Synthesizing and editing individual image files classified and stored in the categories into dynamic images; And transmitting the synthesized edited image file to the orderer as a video along with the still image. The method of claim 1, The transmitting step is a three-dimensional image providing service method characterized in that the transmission through the network interface for transmitting the three-dimensional modeled data to the orderer video terminal. The method of claim 1, When the object image is to be launched on the Internet, the image provider of the object and the text data for the item information are prepared by the item provider, and then transmitted to the orderer side manager to be added to the template by the administrator, thereby providing the corresponding mall server side. 3D image providing service method characterized in that described in the web page. The method according to claim 1 or 2, The transmitting step is a three-dimensional image providing service method characterized in that it is described in the web page of the mall server side based on the exclusive authority to the administrator by sending a separate application procedure by e-mail. The method of claim 1, Searching for various professional stereoscopic image objects including moving images by a user through a data communication network such as the Internet; And And converting and transmitting the 2D image into a suitable 3D stereoscopic image to the user, and registering the 2D image to the user's homepage. The method of claim 1, The VRML processing step comprises a converting step for converting the image data to a stereoscopic image. In a stereoscopic image implementation system that receives light reflected from a stereoscopic image of an object by a parallax between two eyes spaced at a predetermined distance from each other at a different angle, thereby allowing the brain to recognize three-dimensional visual information. A memory that stores data about the virtual space, data of the virtual body, and the like; Converting means for stereoscopic imaging of one of a left eye image and a right eye image having no depth data among the data stored in the memory; Interleaving means for interleaving the image converted by the converting means into another image; Display means for displaying a stereoscopic image interleaved by the interleaving means; And And a stereoscopic image implementing apparatus for implementing the stereoscopic image displayed on the display means. The method of claim 7, wherein The stereoscopic image implementation device, LCD shutter glasses for alternately shielding the left and right eye images embodying the stereoscopic image displayed on the display means to the user; Image reversal preventing means for preventing reversal of shielding operation of left and right eye images in synchronization with a vertical frequency when shielding left and right eye images according to alternating shielding operation of the LCD shutter glasses; A wireless optical synchronizing signal transmitter connected to the display means for transmitting a synchronizing signal for synchronizing the image between the display means and the LCD shutter glasses; And And a wireless receiver configured to shield the left and right LCD parts of the LCD shutter glasses by receiving an optical signal from the wireless synchronization signal light emitter. The method of claim 7, wherein The interleaving means may include synchronization means for selectively synchronously scanning any one of the left eye image and the right eye image to any one of even and odd lines among the scan lines of the display means. Image Implementation System.