KR20030046983A - Method for Servicing Calling Identification Display by Using Multimedia Contents - Google Patents

Abstract

PURPOSE: A method for displaying a caller ID by using multimedia contents is provided to realize a CID(Calling Identity Delivery) without invading caller's privacy. CONSTITUTION: A multimedia contents making program(105) and a multimedia contents processing agent(110) manufacture and process multimedia contents executable in a called terminal(135). A multimedia contents processing system(120) transmits the multimedia contents to the called terminal(135) wanting a caller ID service to store the multimedia content at the called terminal(135). When a call of a calling terminal(130) is transmitted to the called terminal(135), the stored multimedia contents and a number of the calling terminal(130) are matched to extract multimedia contents owned by a caller and preliminarily stored at the called terminal(135). The extracted multimedia contents are driven by using a multimedia contents execution agent loaded in the called terminal(135) to be output to the called terminal(135).

Description

Method for Servicing Calling Identification Display by Using Multimedia Contents}

The present invention relates to a Calling Identification Display or Calling Identity Delivery (CID) using multimedia contents, wherein a caller is a multimedia content generating program mounted on a server or a computer or a wireless terminal on a wired or wireless Internet. When the multimedia contents (including avatars, characters, and ringtones) are produced using the (Multimedia Contents Making Program), the multimedia contents processing agent (Multimedia Contents Processing Agent) existing on the same wired / wireless internet is produced as described above. (Hereinafter referred to as caller multimedia content) is processed and stored in a specific storage space capable of efficient transmission service to the called party's terminal, and the caller calls the called party and the caller's call reaches the called terminal so that the caller's multimedia When a call origination display service using multimedia content (hereinafter referred to as a multimedia content call service) is started, a multimedia content execution agent mounted on the called terminal runs a caller multimedia content received by the called terminal to the called terminal. Through the process of outputting to the, to provide a method for identifying the caller in the call connection process between the caller and the called party.

Caller ID service is provided based on Digital Switching System and Common Channel Signaling No. 7 (Common Channel Signaling # 7).

The International Telecommunication Union (ITU), which led the ISDN technology standardization, called the Caller Identification Service as a Calling Line Identification Presentation (CLI) .In 1987, a local telephone company and Belcoa Research Center in the United States did not use ISDN. As a service group called CLASS (Custom Local Area Signaling Services) using common line signaling network is being developed for subscribers, caller marking service has begun to be introduced in earnest.

The caller ID service is a telephone call method that modifies the caller-oriented current phone call practice so that the caller and the receiver are equally related to each other.The caller selects the called party when the caller makes a call. It allows you to check who you are and choose whether to call you.

The caller ID service outputs the caller's telephone number on the called party's terminal before the first ringing ring and the second ringing ring in the caller's caller's call connection process. If the phone number in the address book of the called party terminal is the same, the caller name is outputted, so that the called party can check who the caller is before receiving the call.

In addition, the caller display service as described above can determine who is the caller who attempted to connect the call even when the called party is busy or absent, and by using the caller's phone number displayed on the called party's terminal as a callback number, You can talk to the caller immediately without additional phone number re-entry.

In addition to the basic service for checking the caller's number as described above, the caller ID service is a caller ID display prevention service that prevents the sender's information from being output on the called terminal screen at the caller's request, and by the caller's request. There is an additional feature, such as an anonymous call rejection service, which allows you to selectively reject call connections from anonymous callers that are not displayed on the called terminal.

To use the caller ID prevention service, the caller requests a blocking service from the operator of the telephone network to which the caller is subscribed so that outgoing information is not transmitted to the called party, or a specific identification number reserved when making a call. Press first and dial the called party number.

In order for the called party to deny anonymous call reception to the caller who is using the above-mentioned outgoing information display prevention service, the caller needs to input a pre-booked activation code. In this way, when the called party enters an activation code for the call request of the caller who is using the caller ID protection service, a message indicating that the called exchange cannot connect to the caller is outputted. The mark protection service should be turned off.

Caller ID service can protect the called party from invasion of privacy through communication such as obscene phone call, phone violence, and prank call by the above characteristics, and operates a telemarketing or call center, or a food service company or service company. Telephone ordering firms, for example, combine caller identification services with CTI (Computer Telephony Integration) technology to provide analytical and systematic marketing.

However, the text-based caller ID service described above has the advantage of being protected from invasion of privacy such as obscene calls, telephone violence, and mischievous calls because the caller's information can be verified before the call is connected from the called party. 'S personal information is exposed to the called party, which may result in infringement of historical life on the caller's side. As a result, there are disadvantages that the carriers have negative consequences.

In addition, for mobile subscribers who are familiar with multimedia services such as ringtone download or character download service, there is a fatal flaw that simple text-based caller ID service does not satisfy the expectations. However, this is not only a problem of the caller ID service but is a fundamental problem of the first generation wireless Internet supporting text-based browsing.

Early wireless Internet browsing technologies for wireless handsets have remained static services based on text and image data such as Wireless Application Protocol (WAP), Mobile Explorer (ME), and i-mode.

However, just as the early wired Internet, which supported text and image data-based Hypertext Markup Language (HTML), has evolved into a dynamic multimedia service through various plug-ins embedded in client web browsers, wireless Internet browsing is also embedded in wireless terminals. It has evolved into the second generation that enables fast and dynamic interactive multimedia services through VM (Virtual Machine), which is a middleware platform.

VM is a middleware platform of wireless terminal that allows wireless internet users to download various multimedia contents or applications directly from their content providers to their wireless terminal and run them immediately. Content plays a role that can operate independently regardless of device hardware or operating system.

Generally, VMs mounted in wireless terminals are divided into C-compatible VMs and Java (JAVA) -compatible VMs according to the wireless terminal operating system and the supported mobile device platform. Based on C language optimized for wireless environment, multimedia contents supporting Java-compatible VM are produced based on Java. Such a VM plays a role of driving multimedia content in an upper layer of an operating system of a wireless terminal, and the multimedia content recognizable by the VM may be driven in the same form regardless of the operating system type of the wireless terminal. There is this.

However, due to service and security policies of the wireless terminal, the VM manufacturer, and the mobile communication service provider, the VM is restricted from being operated externally without a command for generating an event of the wireless terminal user. The present invention, in order to solve the policy problem of the VM as described above, through the agent to selectively run the multimedia content in the upper layer of the VM mounted on the wireless terminal, the call (Call) that reaches the receiver's wireless terminal Responsive to drive the caller multimedia content.

Meanwhile, the wireless Internet technology is evolving from the second generation based on VM to the third generation technology capable of ultra high-speed wireless communication of about 2 Mbps. The third generation wireless internet is incompatible with the second generation wireless internet protocol and wireless internet platform. Is being integrated into a single system or developed into a form of interoperability. The caller multimedia content transmission service of the present invention will provide a more stable and efficient service in the current 2nd generation wireless internet technology based on the VM, as well as the 3rd generation wireless internet basically provided with a high-speed data transmission service.

An object of the present invention for solving the above problems is to provide a caller computer or a caller terminal with a production tool for producing or processing multimedia content (including avatars and characters) in a form executable in the called terminal or integrated development environment (Integrated) Means for providing the multimedia contents from a server on a wired / wireless internet that supports a development environment, and sending the multimedia contents to a specific storage space on the wired / wireless internet, or to a caller terminal or an exchange or caller terminal of a mobile communication system (terminal number, etc.). Means for transmitting and storing the data together with the data; and when the call of the calling terminal transmits to the called terminal, the stored multimedia contents and the calling terminal number are matched to extract and send the caller-owned multimedia contents to the called terminal. Or called terminal Means for extracting caller-owned multimedia contents by matching the stored multimedia contents with the calling terminal number and receiving the extracted contents at the called terminal or extracted from the called terminal using a multimedia content executing agent mounted on the called terminal; By providing a means for driving and outputting the multimedia content to the called terminal, to provide a method for identifying the caller in the call connection process between the caller and the called party.

1 is a simple block diagram for providing a multimedia content transmission service through a multimedia content generation program and a multimedia content processing agent on a wired Internet.

Fig. 2 is a simple exemplary diagram in which a caller's call arrives at a called terminal and the caller's multimedia content is implemented through a multimedia content execution agent and a VM.

3 is a simple flowchart of a process of a caller producing a caller multimedia content and storing the caller multimedia content in a multimedia content processing system of the caller side mobile communication system.

4 is a simple flowchart illustrating a case where a multimedia content execution agent mounted on a called terminal drives a sender multimedia content through a VM.

5 is a simple block diagram of providing a multimedia content sending service through a multimedia content generating program and a multimedia content processing agent of a caller computer.

Figure 6 is a simple illustration of a multimedia content generation program mounted on the sender's computer.

7 is a simple flowchart illustrating a process of transmitting and storing a caller multimedia content produced and processed by a multimedia content call service provider to a called terminal.

8 is a simple flowchart illustrating a process of executing a caller multimedia content stored in a called terminal through a VM by a multimedia content executing agent mounted on the called terminal.

<Description of main parts of drawing>

100: multimedia content sending service provider

105: multimedia content generation program

110: multimedia content processing agent 115: switchboard (sending side)

120: multimedia content processing system 125: switchboard (recipient side)

130: calling terminal 135: called terminal

The present invention relates to a caller display service using multimedia contents (including avatars, characters, and ringtones), and a caller connection process using a multimedia content generating program mounted on a server on a wired or wireless Internet or on a desktop computer or a wireless terminal of the caller. Producing multimedia content on behalf of the caller, and processing it into a form executable on the called terminal through the multimedia content processing agent; before the multimedia content calling service is started, the caller multimedia content is stored in a specific storage space on the wired or wireless Internet ( Multimedia content processing system), and when the caller's call arrives at the called terminal and the multimedia content calling display service is started, the multimedia loaded on the called terminal Outputting, by the content execution agent, the caller multimedia content received at the called terminal to the called terminal;

In the present invention, the caller multimedia content does not limit only the static image character in the form of a bitmap used on the existing wired Internet, but refers to all kinds of contents that can replace the caller on the wired or wireless Internet.

Caller multimedia contents basically support fast and dynamic interactive multimedia function through multimedia contents driving system such as multimedia contents execution agent installed in wireless terminal. It is created by inserting animation functions and sound effects into basic content such as, caricature, and 3D stereoscopic character.

In particular, the sound effects included in the caller multimedia contents may be substituted for the ringtone of the called terminal according to the present invention.

According to the present invention, the caller multimedia content is produced by adding various multimedia functions to the basic content shaped as the caller's characteristics as described above, and a vector drawing or a vector image such as a flash animation on a wired internet. The multimedia content of the method is a representative example for describing the caller multimedia content specified in the present invention. The caller multimedia content produced by the vector method has a smaller capacity, easier insertion of multimedia functions, and multimedia than the bitmap method. In addition to freely expanding and reducing the contents, multimedia contents can be produced according to a scenario desired by the caller. However, the caller multimedia content specified in the present invention is not limited to only the vector type content, and the caller multimedia content of the present invention includes all kinds of content capable of shaping the caller's characteristics.

According to the present invention, a multimedia content generating program is mounted on a content provider on a wired or wireless Internet, a computer and an information appliance connected to a network, and a wireless terminal of a caller, and creates various types of multimedia content according to a caller multimedia content production scenario. Do this. In particular, the multimedia content generation program provides an environment in which a beginner who has no experience in producing multimedia contents can easily and quickly create caller multimedia contents according to his or her own scenario through a simple interface and various components. At this time, the multimedia content generating program generates the C content or Java-based programming code, and multimedia content generation information about original content such as character images, background images, and sound data necessary for generating caller multimedia contents.

The multimedia content processing agent processes the caller multimedia content that can be driven by the multimedia content execution agent installed in the wireless terminal of each mobile carrier through programming code and multimedia content generation information generated by the multimedia content generating program. Play a role. The multimedia content processing agent processes the caller multimedia content in a form that can be driven by the multimedia content execution agent mounted in all kinds of VMs and operating systems existing within the mobile communication service range. For example, the caller multimedia content driven by the multimedia content execution agent mounted in the C-language VM is processed through the C-language code and the multimedia content generation information that can be run in the VM, and mounted in the Java-compatible VM. When running in the multimedia content execution agent is processed through the Java code and multimedia content generation information.

The multimedia content processed as described above is transmitted to and stored in the multimedia content processing system connected to each mobile communication system before the multimedia content transmission service is started. The multimedia content processing system simultaneously starts the caller multimedia content service and extracts the appropriate caller multimedia content according to the VM and content service method serviced by each mobile carrier and the wireless terminal and delivers it to the called terminal, and the caller multimedia delivered to the called terminal. The content is driven by a multimedia content execution agent.

At this time, the storage space in which the caller multimedia content is stored is selectively stored in a place where the most efficient multimedia content call service can be performed among the caller terminal, a server on the wired / wireless Internet, a communication operator's switch, and a caller terminal.

According to the present invention, the multimedia content execution agent is a kind of multimedia content execution program for a wireless terminal mounted on the called terminal. When the called terminal is a second generation terminal using a VM, the multimedia content executing agent is placed on an upper layer of the VM mounted on the called terminal. It is an existing application program, which is executed at the same time that the called terminal is booted, and starts the multimedia content sending service and serves to drive the caller multimedia contents in the called terminal. On the other hand, when the terminating terminal is a third generation terminal supporting ultra-fast data transmission based on a standardized operating system, the multimedia content execution agent is an application program in the form of a Terminate and Stay Resident program (TSR) after termination. It is registered in the start program of the multimedia content transmission service is started and at the same time serves to drive the caller multimedia content in the destination terminal. That is, the present invention is not limited to the second generation wireless Internet system based on the VM, but rather is optimized for the multimedia content providing service of the third generation wireless communication system based on high speed data communication.

In addition, the term "terminal" refers to all devices including a called party wireless terminal, a called party wired terminal, and a Calling Identification Display or Calling Identity Delivery (CID) device.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the following examples are representative of the various methods for explaining the present invention most appropriately, and the present invention is not limited to the following examples.

That is, in the present invention, the multimedia content generating program, the multimedia processing agent, and the multimedia processing system may include a server on a wired / wireless Internet such as a multimedia calling service provider, a computer or information household appliance connected to a network, and a calling terminal equipped with a VM. The multimedia content processing system may interwork with the mobile communication system or exist in the called terminal, and the multimedia content executing agent may exist in the called terminal, and so on. Depending on the multimedia processing system and the multimedia execution agent, various service methods may be derived.

On the other hand, the caller multimedia content dealt with in the present invention is not dependent on the VM present in the called terminal, but depends on the multimedia content execution agent mounted in the called terminal. That is, if the multimedia content execution agent mounted on the called terminal operates in a VM-dependent form, the caller multimedia content may also depend on the VM, but if the multimedia content execution agent operates independently of the VM, the caller multimedia content may also be It is created independently of the VM. Therefore, if the operating system of the wireless terminal is standardized and no future VM is required as a middleware between the upper application and the operating system, the caller multimedia content is a multimedia content execution agent mounted independently of the VM. It is created, processed and serviced in a form that can be driven from.

Based on the above, although the embodiments of the present invention are described below based on a VM, the present invention is not limited by the VM technology, which is the second generation wireless Internet technology. Therefore, the present invention is not limited to only the following embodiments, and dozens of types of services are provided depending on the service location of the content generating program, the multimedia processing agent, the multimedia processing system, and the multimedia execution agent, and the need for a VM for the called terminal. Various caller multimedia content service methods may be derived.

The first embodiment of the present invention generates a multimedia content processing program that is processed through a multimedia content generating program and a multimedia content processing agent mounted on a multimedia content sending service provider on a wired Internet, and processes multimedia content connected to a mobile communication system. After storing the caller multimedia content in the system, and at the same time starting the multimedia content transmission service and outputs the processed caller multimedia content stored in the multimedia content processing system through the VM of the called terminal.

1 is a multimedia content processing program mounted on a multimedia content transmission service provider on a wired Internet and a multimedia content processing agent using a multimedia content processing agent to produce a processed caller multimedia content and stored in a multimedia content processing system connected to an exchange of a mobile communication system. After that, it is a simple block diagram for providing a multimedia content transmission service.

The multimedia content sending service provider 100 is equipped with a multimedia content generating program 105 and a multimedia content processing agent 110, and the like, after the caller produces the multimedia content, the multimedia content processing agent 110 may determine the respective contents. It is processed into a form that can be operated in a mobile communication system and a VM.

As described above, the multimedia content generating program 105 and the multimedia content processing agent 110 mounted in the multimedia content sending service provider 100 provide an integrated development environment for producing caller multimedia contents.

The multimedia content generating program 105 allows the caller's access through the wired and wireless Internet, and the caller accesses the multimedia content sending service provider 100 through his or her computer or a wireless terminal, and then the multimedia content generating program 105 provides the multimedia content generating program 105. Multimedia content through the image character, background image, sound data, and various event effects to create their own caller multimedia content according to a given scenario.

The multimedia content processing agent 110 processes the caller multimedia content generated by the multimedia content generating program 105 into a form that can be driven in each mobile communication system and VM. The types of VMs currently available in Korea are SKT's XVM and GVM, KTF's BREW and MAP, and LGT's KVM. XVM and KVM are Java-based VMs, and GVM, BREW, and MAP are C-language-based VMs. . Accordingly, the multimedia content processing agent 110 processes the caller multimedia content generation code produced by the multimedia content generation program 105 into a form that can be run in all kinds of VMs that are commercially available in Korea. There is a separate caller multimedia content for.

As described above, caller multimedia contents processed for each VM in the multimedia content calling service provider 100 are linked with an exchanger 115 and a HLR (Home Location Register) / VLR (Visitor Location Register) of the caller side mobile communication system. The multimedia content processing system 120 is transmitted to and stored in the multimedia content processing system 120. When the caller calls the called party and the caller's call arrives at the called party's terminal 135, the multimedia content processing system 120 operates the VM of the called terminal 135. After extracting the caller multimedia content that can be driven through the call, the caller is transmitted to the called terminal 135 via the switch 115 of the caller-side mobile communication system and the switch 115 of the caller-side mobile communication system. In this case, the multimedia content processing system 120 may use a method such as WAP Push to transmit the caller multimedia content to the called terminal 135, and transmits it through a reverse call channel assigned to the called terminal in the call channel connection process. May be That is, in the present embodiment, the multimedia content processing system 120 may download the caller multimedia content to the destination terminal 135 at high speed without being limited by a specific algorithm or technology, and may use any type of transmission method.

The multimedia content execution agent is executed at the same time as the booting of the called terminal 135, and when the caller's call reaches the called terminal 135, the caller terminal 135 obtains the calling multimedia content from the multimedia content processing system 120 and then calls the called terminal 135. The output is driven by the VM installed in the server.

2 is a simple exemplary diagram in which the caller's call arrives at the destination terminal 135 and the caller's multimedia content produced by the caller using the multimedia content generating program 105 is implemented through the multimedia content execution agent and the VM.

2 is not a character in the form of a bitmap image, but is a multimedia content animation composed of a continuous screen of about 5 seconds. 2, the multimedia content on the left side is synchronized with the subtitle output on the right side, and the mouth and hand move in the order in which the subtitles on the right side are output. If the animation shown in Fig. 2 is transmitted to the wireless terminal in the form of existing multimedia content, it takes several tens of seconds to several minutes. Therefore, it cannot be used as a multimedia content sending service.

However, since FIG. 2 is produced in the form of a vector drawing by the multimedia content generating program 105, although the animation is about 5 seconds, it is transmitted fast enough to be used for the multimedia content sending service.

This is the biggest feature and advantage of the vector drawing form. When using the existing bitmap method to represent the motion of the left multimedia content image of FIG. 2, about 60 frames of image data are required. The method can express the above animation effects with only about five different images.

In addition, the subtitles on the right side require 60 image data as in the left multimedia content in bitmap form, but in the vector drawing method, various events and effects can be output through the multimedia contents execution agent and the VM using only the text data.

3 shows a caller producing multimedia content through a multimedia content generating program 105 mounted in a multimedia content sending service provider 100, and processing a caller multimedia content through a multimedia content processing agent 110 to process multimedia content. A simple flow chart of the process of storing in the processing system 120.

In the present embodiment, the caller does not directly create his / her multimedia content image character through computer graphics, but edits the basic multimedia content image character provided by the multimedia content generation program 105 of the multimedia content call service provider 100. It is assumed that, by selecting a given scenario, it is possible to create your own unique multimedia caller multimedia content. Thus, the caller multimedia content producer can produce sufficiently dynamic and interactive caller multimedia content without requiring special knowledge of computer graphics or the method of producing the caller multimedia content.

When the caller connects to the multimedia content sending service provider 100 through the Internet (300), the multimedia content generating program 105 mounted on the multimedia content sending service provider 100 is automatically executed (305), It provides an interface for producing caller multimedia contents through a web browser.

When the screen for producing the caller multimedia contents is output to the web browser of the caller's computer, the caller first selects the multimedia content image character to use (310), and then purchases props necessary for the multimedia contents through the multimedia content decorating process. The caller multimedia content to be used is edited (315).

When the editing of the caller multimedia content is finished through the above process, the caller selects a scenario to be used for producing the caller multimedia content through the multimedia content generating program 105 (320), and sets text and event effects according to the selected scenario. (325). In this process, the caller multimedia content is processed into animation based on a given scenario, and the caller determines whether to use the multimedia content animation as the caller multimedia content through a preview (330).

If the caller determines the multimedia content produced through the above process as the caller multimedia content (335), the multimedia content generating program 105 automatically edits internally necessary codes and resources. Rearrange and process the multimedia content processing agent 110 into a form that can be used in each mobile communication company and the destination terminal 135 VM (340).

The caller multimedia content produced through the above process is transmitted to the multimedia content processing system 120 of the caller side mobile communication system by the multimedia content processing agent 110 mounted in the multimedia content call service provider 100 and stored. 345.

FIG. 4 shows that when the multimedia content transmission service is started, the sender multimedia content stored in the multimedia content processing system 120 of the caller-side mobile communication system is transmitted to the called terminal 135 and then mounted on the called terminal 135. A simple flow diagram for a case where a multimedia content execution agent drives a sender multimedia content through a VM.

When the caller's call reaches the destination terminal 135 (400), the multimedia content execution agent mounted on the destination terminal 135 sends a multimedia content origination service initiation message toward the multimedia content processing system 120 of the caller's mobile communication system. Transmit (405). This process is performed through a forward channel and a reverse channel used in a call connection process of a general mobile communication system, and in some cases, a given protocol between a multimedia content execution agent and a multimedia content processing agent mounted on a terminating terminal 135 is established. It can also be done.

The multimedia content processing system 120 receiving the multimedia content originating service start message from the multimedia content execution agent of the called terminal 135 checks whether the stored caller multimedia content exists through the process as shown in FIG. 3, and if the caller multimedia content exists If it is (415), after extracting the executable executable in the VM mounted on the terminating terminal 135 of the caller multimedia content (420), and transmits it to the terminating terminal 135 (425). However, if the caller multimedia content does not exist in the multimedia content processing system 120 (430), the multimedia content processing system 120 transmits to the destination terminal 135 that the multimedia content does not exist in a message ( 435, the terminating terminal 135 stops the multimedia content transmission service.

When the caller multimedia content is transmitted from the multimedia content processing system 120 to the called terminal 135, the multimedia content executing agent of the called terminal 135 transmits the processed multimedia caller multimedia content received through the VM mounted in the terminal. To execute (440). At this time, most of the caller multimedia content output to the destination terminal 135 has a form of animation in which various events and effects are inserted, and is repeatedly output until the caller and the caller are connected to the call (445). If the caller and the called party are connected in the middle of the caller multimedia content being output to the called terminal 135 (450), the caller multimedia content output is immediately stopped to create an optimal call environment (455).

The second embodiment of the present invention is to create a dynamic and interactive caller multimedia content through the multimedia content generation program 105 mounted on the caller computer, and to load the multimedia content call service provider 100 on the wired Internet. After processing the content processing agent 110 into a caller multimedia content that can be driven in all kinds of VMs commercially available in Korea, the content processing agent 110 is transmitted to the called party's terminal 135 before the start of the multimedia content sending service, and the call is simultaneously received with the multimedia content sending service. This is for the case of executing the caller multimedia content stored in the terminal 135.

In the second embodiment of the present invention, since the caller multimedia content is stored in the called terminal 135, the caller multimedia content is relatively less restricted by the capacity or size of the caller multimedia content, and the caller multimedia only for the particular caller from the caller's point of view like a friend or a lover. The feature is that the content can be output.

In addition, according to the second embodiment of the present invention, as long as the storage device of the called terminal 135 allows, a plurality of caller multimedia contents for a specific caller are sent to the called terminal 135. By making a call to the multimedia content transmission service at the start of the multimedia content from the plurality of caller multimedia content by selecting and storing the output, there is a feature that can be.

5 is a multimedia content generating program 105 mounted on the caller's computer to produce a multimedia caller multimedia content, and commercialized in the country through a multimedia content processing agent 110 mounted on the multimedia content call service provider 100 After processing the caller multimedia content for all kinds of VMs, the multimedia content call service for transmitting and storing the caller multimedia content to the destination terminal 135 before the start of the multimedia content call service through the multimedia content processing system 120 It's a simple block diagram.

The caller computer is equipped with a multimedia content generating program 105, which is connected to the multimedia content processing agent 110 of the multimedia content sending service provider 100 through the Internet. The multimedia content generating program 105 provides an environment in which multimedia content can be produced directly on the caller's computer. The multimedia content generating program 105 can generate animation of a multimedia content that is relatively complicated and larger than that of the caller multimedia content produced through a server on the Internet as shown in FIG. There is a characteristic. Therefore, in order to use the multimedia content generation program 105 mounted on the caller's computer, the caller may need to learn how to use the multimedia content generation program 105.

The multimedia content originating service provider 100 is equipped with a multimedia content processing agent 110 and a multimedia content processing system 120, and the multimedia content processing agent 110 displays the multimedia content generated by the multimedia content generating program 105. It processes the processing into a form that can be driven in all kinds of VMs commercially available in Korea, the multimedia content processing system 120 transmits the caller multimedia content processed by the multimedia content processing agent 110 to the called party terminal 135. To store it.

As described above, as long as the multimedia content storage space of the specific caller allocated to the called terminal 135 allows, the sender may transmit and store the plurality of caller multimedia contents, and the plurality of callers stored in the called terminal 135 may be stored. The multimedia contents may be automatically assigned multimedia content recognition symbols sequentially, or the caller may assign multimedia content recognition symbols arbitrarily. Of course, the plurality of caller multimedia contents stored in the called terminal 135 and the recognition symbols assigned to the multimedia contents may be arbitrarily modified or updated by the caller.

Then, when the caller calls the called party and the caller's call arrives at the called terminal 135 and the multimedia content sending service is started, the multimedia content executing agent 500 executed in the called terminal 135 is stored therein. After comparing the information of the caller multimedia content and the caller information that the call arrives, the same person as the caller multimedia content 505 stored in the destination terminal 135 requests a call connection, the multimedia for the caller Start the content dispatch service.

In the process of starting the multimedia content call service as described above, when a plurality of caller multimedia contents are stored in the called terminal 135, the caller inputs the multimedia content recognizer and the recognition symbol at the back of the telephone number of the called terminal 135. A specific multimedia content may be selected from among the plurality of caller multimedia contents and output to the called terminal 135. For example, if the caller makes a call request to the destination terminal 135 using the telephone number 01x-xxx-xxxx, the caller sends the telephone number to 01x-xxx-xxxx # 3 or 01x-xxx-xxxx # B, or the like. By inputting together, specific multimedia contents may be selectively output from among a plurality of caller multimedia contents stored in the terminating terminal 135. In this case, '#' is a multimedia content recognizer, and is a symbol separating a phone number and a multimedia content recognition number, and '3' or 'B' is assigned to a plurality of caller multimedia contents stored in the called terminal 135. Multimedia content recognition symbol. Of course, the multimedia content recognizer and the recognition symbol are not limited only to the above-described symbols, and all characters and special symbols that can be input from the keyboard of the calling terminal 135 may be the multimedia content recognizer or the recognition symbol.

Figure 6 is a simplified illustration of a multimedia content generation program 105 mounted on a sender's computer.

6 illustrates a multimedia content generating program 105 for producing dynamic and interactive multimedia content using a picture of a caller present in a caller's computer. It is converted into a dissect image applicable to the terminal.

The multimedia content generating program 105 is composed of a tool box including tools necessary for editing multimedia content, animators used for layer functions and event insertion, preview screens, styles, special characters, and multimedia content editing windows. The toolbox is responsible for editing multimedia content, and the animator is responsible for adding dynamic and interactive multimedia content to caller multimedia content through the insertion of events and effects. The preview provides an interface for real-time viewing of the overall appearance of the multimedia content currently being edited by the sender, the style determines the attributes of the tools for editing the multimedia content, and the special characters are the callers produced in the form of vector drawing animation. It is responsible for inserting special characters into multimedia contents.

FIG. 7 shows a method of producing a caller multimedia content through a multimedia content generation program 105 mounted on a caller computer, and then calling the caller multimedia content through a multimedia content processing agent 110 mounted on a multimedia content call service provider 100. This is a simple flow chart for the process of processing, and transmits to the destination terminal 135 through the multimedia content processing system 120 to store.

After the caller executes the multimedia content generating program 105 mounted on his computer (700), the caller can make the best use of his / her characteristics through menus and controls provided by the multimedia content generating program 105. Create content and insert various events and effects to create dynamic and interactive caller multimedia content (705). When the caller multimedia content is produced through the above process (710), the multimedia content generation program 105 transmits the caller multimedia content to the multimedia content call service provider 100 (715).

When the multimedia caller multimedia content is transmitted from the multimedia content generating program 105 mounted on the caller computer to the multimedia content calling service provider 100, the multimedia content processing agent 110 mounted on the multimedia content calling service provider 100 is transmitted. The 720 processes the received multimedia caller multimedia content into a form that can be driven in a VM commercially available in Korea (720).

When the caller multimedia content is processed in a form that can be driven in the VM through the above process, the multimedia content processing system 120 requests to input information of the called terminal 135 to which the processed caller multimedia content is transmitted from the caller ( 725), extracting the caller multimedia content that can be driven from the VM mounted in the called terminal 135 (730) and transmitting (730), this process is executed while checking the multimedia content reception state of the called terminal 135 do.

When the caller multimedia content is transmitted to the called terminal 135 (740), whether to add or update the caller multimedia content processed to be driven by the VM of the called terminal 135 to the called terminal 135, or to update it. Determine (745). That is, adding caller multimedia contents to the called terminal 135 means that new caller multimedia contents are stored within the range allowed by the storage space of the caller multimedia contents allocated to the called terminal 135, and the caller multimedia contents are stored. When the content is updated, the existing caller multimedia content assigned to the recognition symbol is deleted, and then the multimedia content currently transmitted is overwritten in place of the corresponding multimedia content.

When it is determined whether to add or update the caller multimedia contents currently transmitted in the above process, the called terminal 135 adds or updates the corresponding multimedia contents to the called terminal 135 to execute the multimedia contents mounted on the called terminal 135. Agent 500 stores in a ready to use form (750).

When the caller multimedia content transmitted to the called terminal 135 is normally stored, the called terminal 135 allocates a recognition symbol for the currently stored multimedia content (755). The method of allocating the recognition symbol of the caller multimedia contents includes an automatic allocation method and the manual allocation method, and the automatic allocation method of the multimedia content recognition symbol means that the called terminal 135 sequentially assigns the recognition symbols for the caller multimedia contents. The manual allocation method means that the caller arbitrarily sets the recognition symbol for the multimedia content stored in the called terminal 135.

8 shows that when the caller's call reaches the destination terminal 135 and the multimedia content origination service is started, the multimedia content execution agent 500 mounted on the destination terminal 135 is inside the destination terminal 135 using the VM. This is a simple flowchart of the process of executing stored caller multimedia content.

When the caller's call reaches the destination terminal 135 (800), the multimedia content execution agent 500 mounted on the destination terminal 135 sends a call connection message transmitted to the destination terminal 135 through the called party's mobile communication system. Caller-specific information is extracted from (805).

Then, by extracting the information on the caller multimedia content stored in the called terminal 135 (810), it is checked whether the caller's multimedia content is the same as the caller information that the call arrives at the called terminal 135 (815). .

Through the above process, if there is multimedia caller multimedia content of the same caller as the caller currently attempting to connect to the inside of the called terminal 135 (820), the multimedia content execution agent 500 from the caller to the multimedia content recognizer And whether the recognition symbol has arrived (825).

In general, the multimedia content recognizer and the recognition symbol, which the caller inputs at the step of inputting the telephone number of the called terminal 135, are attached to the call connection protocol of the existing mobile communication system and transmitted to the called terminal 135, and the called terminal 135 ) Checks whether there is a multimedia content recognizer and a recognition symbol transmitted from the calling terminal 130 with reference to the call connection protocol of the mobile communication system. If there is a multimedia content recognizer and a recognition symbol transmitted from the calling terminal 130 (830), the multimedia content execution agent 500 extracts the multimedia content recognition symbol (835), and based on this, the called terminal 135. In operation 840, the caller multimedia content corresponding to the extracted recognition symbol is extracted from the caller multimedia contents stored in the receiver. However, if the multimedia content recognizer and the recognition symbol transmitted from the calling terminal 130 are not confirmed (845), the called terminal 135 extracts the basic calling multimedia content (850). Basic caller multimedia content means caller multimedia content that is basically extracted when the multimedia content recognizer and the recognition symbol are not transmitted from the caller terminal 130 according to the caller multimedia content output policy of the caller or the called terminal 135. In general, multimedia contents which are sequentially assigned the fastest recognition symbols become basic caller multimedia contents.

When the caller multimedia content corresponding to the recognition symbol or the basic caller multimedia content is extracted from the plurality of multimedia contents in the receiver terminal 135 as described above, the multimedia content execution agent 500 sends the caller multimedia through the VM mounted in the terminal. The content is driven (855) and output to the called party's terminal 135 (860), and the caller and the called party check whether the call is connected (865). This operation is repeated until the caller and the called party have successfully connected.

However, if there is no multimedia caller multimedia content of the same caller as the caller currently attempting to make a call in the terminating terminal 135 or if the caller and the caller successfully make a call connection (870), the multimedia content execution agent ( 500 stops the caller multimedia content being output from the destination terminal 135 through the VM (875).

According to the present invention, the caller information display service is removed from the existing text-oriented caller information display service and the caller information display service is implemented using multimedia contents such as multimedia contents or characters. As multimedia contents that can be solved and started to be displayed as a caller display on the incoming caller can greatly increase the usage of mobile subscribers familiar with multimedia services such as ringtone download or character download service, and simultaneously perform text-based browsing. It can solve the fundamental problem of supporting first generation wireless Internet.

Claims (28)

A first step of producing or processing at least one multimedia content executable in a called terminal; A second step of transmitting and storing the at least one multimedia content to a specific storage space on a wired / wireless internet; A third step of extracting and transmitting the caller-owned multimedia content to the called terminal by matching the stored multimedia content with the calling terminal number when a call of the calling terminal is transmitted to the called terminal; And And a fourth step of driving the multimedia content received by the called terminal by using a multimedia content execution agent or a virtual machine mounted on the called terminal and outputting the received multimedia content to the called terminal. Caller information display method using the content. A first step of producing or processing at least one multimedia content executable in a called terminal; A second step of transmitting and storing the at least one multimedia content to a switch of a mobile communication system; A third step of extracting and transmitting the caller-owned multimedia contents previously stored in the exchange of the mobile communication system by matching the stored multimedia content with the calling terminal number when the call of the calling terminal is transmitted to the called terminal; ; And And a fourth step of driving the multimedia content received by the called terminal by using the multimedia content executing agent or a virtual machine (VM) mounted on the called terminal and outputting the received multimedia content to the called terminal. Caller information display method using multimedia content. A first step of producing or processing at least one multimedia content executable in a called terminal; A second step of transmitting and storing the at least one multimedia content to a called terminal for a caller ID service; A third step of extracting caller-owned multimedia contents previously stored in the called terminal by matching the stored multimedia contents with the calling terminal number when a call of the calling terminal is transmitted to the called terminal; And And a fourth step of driving the extracted multimedia content and outputting the extracted multimedia content to the called terminal by using the multimedia content executing agent or a virtual machine (VM) mounted on the called terminal. How to display caller information. The method of claim 1, wherein the at least one multimedia content, A method for displaying caller information using multimedia contents, comprising all kinds of multimedia contents (including avatars, characters, and ringtones) that can replace caller information display data on a wired or wireless Internet. The method of claim 1, wherein the at least one multimedia content, It supports interactive multimedia functions through a virtual machine (VM) installed in a wireless terminal. An image character embodying the caller's characteristics, The actual photo or caricature of the sender And a 3D stereoscopic image character. The method of claim 1, wherein the at least one multimedia content, Animation features and Caller information display method using a multimedia content characterized in that it comprises a sound insertion function to replace the ringtone of the called terminal. The method of claim 1, wherein the at least one multimedia content, Caller information display method using a multimedia content, characterized in that produced by the Vector Drawing (Vector Drawing) or Vector Image (Vector Image) method. The method according to claim 1 or 2 or 3, The at least one multimedia content, caller information display method using a multimedia content, characterized in that composed of a plurality of multimedia content for presenting the emotion expression (heung-aerak) of the sender. The method according to claim 1 or 2 or 3 or 8, Inserting the emotion expression recognition code of the sender into the plurality of multimedia contents; Transmitting a call of the calling terminal to the called terminal with the identification code attached thereto; And A caller's emotion expression recognition code pre-inserted into the plurality of pre-stored multimedia contents and a caller's emotion expression recognition code transmitted from the caller terminal are matched to show the caller's emotion expression among the plurality of multimedia contents. Selecting and outputting the multimedia content; Caller information display method using the multimedia content, characterized in that further comprises. The method of claim 1 or 2 or 3, wherein the first step, Content providing server on wired and wireless internet, or The caller's desktop computer, or A method for displaying caller information using multimedia content, characterized in that it is processed using a multimedia content production tool (Tool) mounted on a caller's wireless terminal. The method of claim 1, wherein the multimedia content storage space, The calling terminal, or Content providing server on wired and wireless internet, or Switchboard of a mobile carrier, or Caller information display method using a multimedia content, characterized in that comprises a called terminal. The method of claim 1 or 2 or 3, wherein the second step, Sending the sender information using the multimedia content, characterized in that further comprising the step of attaching and transmitting the caller personal information (personal information capable of identifying the owner of the multimedia content, including the terminal number) when transmitting the multimedia content. . The agent of claim 1 or 2, wherein the multimedia content execution agent comprises: It is executed simultaneously with booting the called terminal, And when the call of the calling terminal arrives at the called terminal, automatically executing caller-owned multimedia contents transmitted to the called terminal through the virtual machine. Caller information display method using. The method of claim 3, wherein the multimedia content execution agent, It is executed simultaneously with booting the called terminal, And when the call of the calling terminal arrives at the called terminal, automatically executing the caller-owned multimedia contents stored in the called terminal through the virtual machine. Caller information display method using. The method of claim 1, wherein the called terminal, Receiver wireless terminal, A caller information display method using a multimedia content comprising a called party wired terminal or a Calling Identification Display or Calling Identity Delivery (CID) device. The method according to claim 1 or 2 or 3, The method of claim 1, further comprising the step of adding or updating the multimedia content. Providing a calling tool for producing or processing at least one multimedia content of a form executable in a called terminal to a calling computer or a terminal or from a server on a wired / wireless internet that supports an integrated development environment; Transmitting and storing the at least one multimedia content together with caller personal information (terminal number) to a specific storage space on a wired / wireless Internet or to a switching terminal or a called terminal of a calling terminal or a mobile communication system; When the call of the calling terminal is transmitted to the called terminal, the stored multimedia content is matched with the calling terminal number, and the caller-owned multimedia content is extracted and transmitted to the called terminal or the multimedia content stored in the called terminal. Extracting caller-owned multimedia contents by matching the calling terminal number; And And driving the multimedia content received by the called terminal or extracted from the called terminal to output to the called terminal by using a multimedia content execution agent or a VM (Virtual Machine) mounted on the called terminal. Caller information display method using the multimedia content. It is executable on the called terminal and provides a production tool for producing or processing at least one multimedia content in the form of inserting the emotion expression recognition code of the caller to the calling computer or the terminal, or supporting an integrated development environment. Providing from a server on the wireless Internet; Send and store the multimedia content in the form of inserting the at least one sender emotion expression recognition code together with caller personal information (terminal number, etc.) to a specific storage space on a wired / wireless Internet or to an exchange or destination terminal of a calling terminal or a mobile communication system Making a step; When the call of the calling terminal with the calling party's emotion expression recognition code is transmitted to the called terminal, the caller's emotion expression is matched by matching the stored caller's emotion expression recognition code insertion multimedia content with the calling terminal number and the identification code. Selecting, extracting and transmitting specific multimedia contents to be transmitted to the called terminal or expressing the sender's emotion by matching the calling party's emotion expression recognition code insertion form with the calling terminal number and the identification code stored in the called terminal. Selecting and extracting specific multimedia contents showing the contents; And Using a multimedia content execution agent or a VM (Virtual Machine) mounted on the called terminal to drive specific multimedia contents showing the emotion expression of the caller received or extracted from the called terminal and outputting the same to the called terminal; Caller information display method using a multimedia content, characterized in that comprises a. A multimedia content generating program for producing at least one multimedia content that can replace caller information data during a wired / wireless telephone call connection process; A multimedia content processing agent for processing the multimedia content generated by the multimedia content generating program into an executable form in a called terminal; A multimedia content processing system that stores and manages the multimedia content processed by the multimedia content processing agent, and transmits the multimedia content to the called terminal when a call of the calling terminal is transmitted to the called terminal; And And a multimedia content execution agent for outputting the multimedia content received from the multimedia content processing system to the called terminal when a call of the calling terminal arrives at the called terminal and the multimedia content calling display service is started. Caller information display system using the multimedia content characterized in that. A multimedia content generating program for producing at least one multimedia content that can replace caller information data during a wired / wireless telephone call connection process; A multimedia content processing agent for processing the multimedia content generated by the multimedia content generating program into an executable form in a called terminal; A multimedia content processing system that stores and manages the multimedia content processed by the multimedia content processing agent and transmits the multimedia content to a called terminal; And And a multimedia content execution agent for outputting the multimedia content received from the multimedia content processing system to the called terminal when a call of the calling terminal arrives at the called terminal and the multimedia content calling display service is started. Caller information display system using the multimedia content characterized in that. The method of claim 19 or 20, wherein the multimedia content generating program, The calling terminal (including the PC), or Caller information display system using a multimedia content, characterized in that mounted on the content providing server on the wired or wireless Internet. The method of claim 19 or 20, wherein the multimedia content generating program, It performs the function of producing the caller multimedia contents according to the multimedia content creation scenario or the scenario created by the caller himself. Caller using multimedia content, comprising C and Java-based programming code and a function of storing and managing information on contents such as character image, background image, and sound data required for multimedia content generation. Information display system. The method of claim 19 or 20, wherein the multimedia content processing agent, The calling terminal (including the PC), or Caller information display system using a multimedia content, characterized in that mounted on the content providing server on the wired or wireless Internet. The method of claim 19 or 20, wherein the multimedia content processing agent, Through the programming code and the content information generated by the multimedia content generating program, performs the function of processing the caller multimedia content that can be run in all kinds of VMs within each mobile communication service range, For the C-language VM, the caller multimedia content is processed through the C language used by each VM, and for the Java-compatible VM, the caller multimedia content is processed through the Java used by each VM. Caller information display system using the multimedia content. The method of claim 19 or 20, wherein the multimedia content processing agent, And a function of sequentially inserting a sender emotion expression recognition code (symbol) into the plurality of caller multimedia contents. The system of claim 19, wherein the multimedia content processing system comprises: A caller's emotion expression recognition code pre-inserted into the plurality of pre-stored multimedia contents and a caller's emotion expression recognition code transmitted from the caller terminal are matched to show the caller's emotion expression among the plurality of multimedia contents. Caller information display system using the multimedia content, characterized in that further comprising the function of selecting and extracting the multimedia content. The method of claim 20, wherein the multimedia content execution agent, A caller's emotion expression recognition code pre-inserted into the plurality of pre-stored multimedia contents and a caller's emotion expression recognition code transmitted from the caller terminal are matched to show the caller's emotion expression among the plurality of multimedia contents. Caller information display system using the multimedia content, characterized in that further comprising the function of selecting and extracting the multimedia content. 21. The method of claim 19 or 20, wherein the multimedia content processing system, Caller information display system using the multimedia content, characterized in that further comprising the function of adding or updating the multimedia content.