KR102452633B1 - Online-based digital candle light vigil system - Google Patents

Abstract

An online-based digital candlelight vigil providing system according to the present invention includes a guide module for guiding users to the characteristics of a candlelight vigil, a recruitment module for recruiting users willing to participate in a candlelight vigil, and a place where the candlelight vigil is held from the user and a participation interface including a participation setting module to set a time; A sector classification module for classifying the map indicating the place into a plurality of sectors in conjunction with GIS; an assignment module for allocating the user to the sector; a candle avatar generating module for generating a candle avatar of the user; and a display interface including a candlelight vigil image generating module for generating a candlelight vigil image that visually expresses the map displaying the candle avatar, and an output module for outputting the candlelight vigil image.
According to the online-based digital candlelight vigil providing system according to the present invention, it has the effect of providing a sense of reality as if the user himself participated in the offline candlelight vigil by visualizing in detail the allocation and progress of the place in the candlelight vigil recruitment.

Description

Online-based digital candlelight vigil providing system {ONLINE-BASED DIGITAL CANDLE LIGHT VIGIL SYSTEM}

The present invention is an online-based digital candlelight vigil providing system, and more specifically, by providing an environment in which the candlelight vigil is operated as if it were real in an online virtual space, not only to inspire citizens' awareness of participation, but also to customize it according to the various conditions of the participating users. It relates to a digital candlelight vigil providing system that can also express the candlelight vigil situation in various ways.

A candlelight vigil is a dictionary definition of a non-violent peaceful demonstration in which a large number of people gather to protest or commemorate a specific issue outdoors, mainly at night, and then hold candles.

The candlelight vigil appeared in the course of the anti-war movement in the United States at the end of the 1960s, and in 1992, the candlelight vigil against the fee-for-service online service is known as the first case of resistance protests in Korea.

The candlelight vigil has been established as a major form of collective protest or resistance action since 2000. Following a rally to commemorate two middle school girls who were killed by an American armored vehicle in 2002, the protests against President Roh Moo-hyun's impeachment in 2004 became the main form of nighttime protests. In 2008, the largest candlelight protest was held at a rally against the import of US beef, and in 2016, millions of citizens moved, which also led to the impeachment of the president.

These candlelight vigils are held in an outdoor space due to the nature of the dictionary meaning of an assembly. There are cases where people want to participate, but cannot attend due to personal circumstances or feel uncomfortable attending a place where many people gather, especially in 2020. There is a characteristic that even the risk of virus infection exists in a situation where social distancing is implemented due to the current corona virus.

On the other hand, thanks to the development of digital technology, as described above, the technology for implementing an online assembly beyond the classic offline assembly has begun to develop.

As an example, Korean Patent Laid-Open Publication No. 10-2007-0077284, a method of providing an assembly service using wired/wireless communication, involves a user terminal accessing an operator assembly server through an Internet network and joining as a member, followed by an assembly including a candle image, etc. Logging in if you want to download a related program; Downloading, by the user terminal, an assembly-related program including a candle image, etc. from an operator assembly server; determining, by the user terminal, whether to operate additional services such as voting / fundraising / signing and assembly opening while viewing the program downloaded from the operator assembly server; and if the user terminal does not operate additional services such as voting/collection/signature and assembly opening as a result of the determination of the above step, only the downloaded candle image is turned on to participate in the assembly. do.

According to the above description, the symbolism of changing the online-based assembly can be recognized, but mainly only the process for the holding method is presented in a fragmentary manner, and the specific candlelight vigil method or all matters that may occur during the candlelight vigil are presented. The downside is that you can't do it.

Therefore, it is necessary to develop a new and advanced candlelight vigil providing system that can hold online-based digital candlelight vigils, but relay or reproduce the events of the candlelight vigils in a realistic and lively manner, as if users directly participated in offline venues. This is an emerging reality.

The present invention has been devised to overcome the problems of the above technology, and provides a sense of reality that goes beyond the limits of online by visually outputting the situation in which the candlelight vigil is in progress after recruiting and arranging users in a virtual-processed space of an actual offline place. Its main purpose is to provide an online-based digital candlelight vigil providing system.

Another object of the present invention is to convey the vitality of participating in the actual candlelight vigil by embodying the candle as an avatar as well as the user.

Another object of the present invention is to provide a sound such as a candlelight vigil as well as a video of the candlelight vigil, but to provide a means for adjusting the intensity of the sound according to the number of users participating in the candlelight vigil.

An additional object of the present invention is to output a sentence written by a user who participated in the candlelight vigil, but to analyze the content of the sentence to variably process the state of the candle.

In order to achieve the above object, an online-based digital candlelight vigil providing system according to the present invention includes a guide module for guiding users to the characteristics of a candlelight vigil, a recruitment module for recruiting users who are willing to participate in the candlelight vigil, and the user A participation interface, including a participation setting module to receive the setting of the place and time of the candlelight vigil from the; A sector classification module for classifying the map indicating the place into a plurality of sectors in conjunction with GIS; an assignment module for allocating the user to the sector; a candle avatar generating module for generating a candle avatar of the user; and a display interface including a candlelight vigil image generating module for generating a candlelight vigil image that visually expresses the map displaying the candle avatar, and an output module for outputting the candlelight vigil image.

In addition, the participation interface includes a user information input module that receives user information including at least one of the user's name, gender, and ID, and the output module selects any one sector from the candlelight vigil image It is characterized in that it comprises a user information output unit for outputting the user information of the user assigned to the selected sector.

In addition, the recruitment module includes a counting unit for counting the number of users participating in the candlelight vigil, and the display interface includes a shout sound database storing a shout sound, and a shout sound according to the height of the number of the users. A shout sound setting module including a decibel setting unit for differentially setting a decibel value, wherein the output module includes a sound output unit for outputting the shout sound along with the shout sound according to the set decibel value when the candlelight vigil image is output do it with

According to the online-based digital candlelight vigil providing system according to the present invention,

1) In the candlelight vigil recruitment, the location allocation and progress are visualized in detail to provide a sense of reality as if the user himself participated in the offline candlelight vigil.

2) By expressing the users who participated in the candlelight vigil in various visual expression methods, it is possible to highlight the presence of the users themselves, thereby increasing the awareness of participation,

3) The progress of the candlelight vigil can be reproduced in the same way as on-site broadcasting, adding practical vitality,

4) Through the sentence written by the user who participated in the candlelight vigil, it is possible to confirm the intention of the specific user to participate, and at the same time, it provides the effect of intuitively and easily confirming the nature of the candlelight vigil by processing the candles in various ways by analyzing this sentence. do.

1 is a block diagram showing the overall configuration of a system of the present invention;
2 is a conceptual diagram illustrating an embodiment in which a digital candlelight vigil is implemented in a 2D manner.
3 is a conceptual diagram illustrating an embodiment of a selection window for selecting a user avatar and a candle sign;
4 is a conceptual diagram illustrating a camera arrangement state for setting a relay screen of a candlelight vigil.
5 is a conceptual diagram illustrating an embodiment in which the candlelight assembly sentence is displayed.
6 is a conceptual diagram illustrating an activation operation of a candle's saturation and a dynamic mark.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale, and like reference numbers in each figure refer to like components.

1 is a block diagram showing the overall configuration of the system of the present invention.

The system 1 of the present invention is mainly characterized in that it provides a function for holding a digital candlelight vigil based on online. It is based on including the central control server 10, which performs a function of visually outputting the digital candlelight vigil situation implemented as if the recruited user participated in an actual offline place as well as recruiting users through the medium.

In the present invention, the term 'digital candlelight vigil' refers not to a candlelight vigil that is actually conducted offline, but to virtual multiple users in an online environment using digital equipment (eg, a user terminal such as a smartphone or a monitor) to a specific place. It means that it is implemented as if gathering at a place holding a candle and carrying out a rally. In the present invention, such a digital candlelight vigil is also referred to as a 'candlelight vigil'.

In addition, the user terminal 20 refers to a terminal possessed by the user and capable of communicating with the central control server 10 and having a screen for outputting a candlelight vigil, for example, a personal computer, tablet PC, or smartphone. it is possible In particular, the user terminal 20 in the form of a mobile communication terminal such as a smart phone installs the mobile application provided by the system of the present invention as a medium, which will be described later. can provide

The central control server 10, as a core component of the present invention, refers to hardware having a CPU and a storage means in a state of having a communication unit and a transmission means for exchanging information while communicating with the user terminal 20, and the CPU A series of modules and specific functions thereof to be described later can be derived by the software to be executed in the .

That is, the central control server 10 has a central processing unit (CPU) and a program that can be executed in the central processing unit on a hardware basis having storage means such as a memory and a hard disk, that is, software is installed and can execute this software. A series of specific configurations of such software will be described later as structural units called 'modules', 'parts', and 'interfaces'.

In this case, the central control server 10 temporarily and/or permanently stores the signal (or data) processed therein. not shown), and may include a processor.

The processor may include one or more cores (not shown) and a graphic processing unit (not shown) and/or a connection path (eg, a bus, etc.) for transmitting and receiving signals to and from other components, and the memory includes Programs (one or more instructions) for executing and controlling a module or a unit to be described later may be stored. Programs stored in the memory may be divided into a plurality of modules according to functions.

The steps of the method or algorithm described in relation to the embodiment of the present invention may be implemented directly in hardware, implemented as a software module executed by hardware, or implemented by a combination thereof. A software module may include random access memory (RAM), read only memory (ROM), erasable programmable ROM (EPROM), electrically erasable programmable ROM (EEPROM), flash memory, hard disk, removable disk, CD-ROM, or It may reside in any type of computer-readable recording medium well known in the art to which the present invention pertains.

The configuration of these 'modules' or 'parts' or 'interfaces' is installed and stored in the storage means of the central control server 10, software executed via the CPU and memory, or hardware such as FPGA or ASIC. it means. That is, the configuration of 'module', 'unit', and 'interface' is not limited to hardware, and may be configured to be in an addressable storage medium or may be configured to reproduce one or more processors.

Functions provided by these 'modules' or 'units' or 'interfaces' may be combined into a smaller number of components and 'units' or 'modules' or additional components and 'units' or 'modules' can be further separated.

Hereinafter, specific detailed configurations and functions will be described based on the basic configuration of the system 1 of the present invention centered on the central control server 10 .

As can be seen from FIG. 1 , the system 1 of the present invention provides a participation interface 100 for recruiting users and classifying user characteristics, in a state interlocked with the user terminal 20 , and virtualizing the recruited users. It is based on including a central control server 10 having a display interface 200 that visually expresses as if an actual candlelight vigil was held at the candlelight vigil place. Hereinafter, the detailed configuration and function of the central control server 10, which is a core configuration of the present invention, will be described.

The participation interface 100 of the present invention basically includes a guide module 110 , a recruitment module 120 , and a participation setting module 130 .

The guide module 110 performs a function of guiding the user of the characteristics of the candlelight vigil. It can be understood that the guide module 110 generally serves to output guide content on the screen of the user terminal 20 .

Here, the 'characteristics' of the candlelight vigil means information such as the location and time of the candlelight vigil as well as the purpose and nature of the candlelight vigil. Guidance content.

The guide content containing the characteristics of the candlelight vigil may include, for example, the following information.

1) Purpose and Character: <A rally to find out the additional truth of the Sewol ferry disaster>

2) Place and time: Plaza in front of Seoul City Hall. September 20, 2020 from 2pm to 5pm

3) Introductory phrase: "Six years after the Sewol ferry disaster, the government's investigation results were insufficient to report. For example, the past fact-finding committee raised a problem like ~~~~, The truth of the matter has not been properly identified, so we ask for your participation in order to investigate this matter as soon as possible."

Such guide contents are not limited to such texts, and may be produced in the form of images or posters, as well as in the form of moving pictures.

At this time, it is desirable that the candlelight vigil of the present invention coincide with the actual offline candlelight vigil in nature, time, and place. This is because, in the present invention, it can be said that it is an important purpose of holding a candlelight vigil on an online basis. Of course, the candlelight vigil provided by the present invention does not necessarily have the same identity as the offline candlelight vigil, and it is also possible to separately hold only the online candlelight vigil.

The recruitment module 120 performs a function of recruiting users who are willing to participate in the candlelight vigil by checking the guide content provided by the guide module 110 .

This recruitment module 120 provides, for example, a recruitment window with a 'participation' (or application) icon as well as displaying the guide content to be described in detail on a web page or a mobile application provided by the system 1 of the present invention. it is possible to do Through this, the user can participate by pressing the above-mentioned participation icon through the user terminal through which this recruitment window is output, and in response, the recruitment module can go through a basic authentication procedure for the user in order to prevent imaginary participation. .

At this time, the authentication procedure receives the corresponding ID by linking with the famous portal sites such as Naver and Daum, or receives the communication company and phone number by interworking with the identity authentication service of the telecommunication companies such as SK and KT, and then sends the authentication number to the user terminal. The authentication number can be processed by the user input.

As a result, the recruitment module 120 confirms the approximate existence of users participating in the candlelight vigil (identification information of real people through IDs or phone numbers and basic information such as names and genders) and the aggregate of users (that is, the number of people). it is possible

Furthermore, the recruitment module 120 can not only recruit users who want to attend the predetermined candlelight vigil, but also recruit the candlelight vigil itself. It is also possible to include a function to select .

The participation setting module 130 performs a function of receiving the location and time at which the candlelight vigil is held for users who have expressed their intention to participate.

That is, the online-based digital candlelight vigil provided by the present invention is not necessarily held at a single time and place, but can be held simultaneously at multiple times and places by taking full advantage of the advantages of online. It is to provide a function to receive input of a specific place and time that the participating user actually wants to participate.

In this case, the participation setting module 130 can guide the user with information about various places and times where the candlelight vigil having the same characteristics is held, and the user can select a specific place and time through this.

If the candlelight vigil is held at one place and time, the participation setting module, for example, divides the place into a plurality of areas (a higher concept than the sector to be described later) and the actual participation time (e.g. For example, if the candlelight vigil is held from 2 pm to 5 pm, the detailed time is 2 pm to 3 pm), it is also possible for the user to select it.

That is, the participation interface 100 of the present invention introduces the characteristics of the candlelight vigil to users, recruits users who are willing to participate, and then selects a detailed location and time to participate in an actual offline candlelight vigil. It provides a function to provide to users.

The display interface 200 of the present invention provides a function of visually outputting a situation in which a user willing to participate participates in a candlelight vigil. Specifically, the sector classification module 210 and the allocation module 220, and candle avatar generation It includes a module 230 , a candlelight vigil image generating module 240 , and an output module 240 .

2 is a conceptual diagram illustrating an embodiment in which a digital candlelight vigil is implemented in a 2D manner.

The sector classification module 210 has a function of collecting and storing a map of a place where a candlelight vigil is held in conjunction with a geographic information system (GIS), as well as classifying a map showing the place into several divisions, that is, a sector. perform the function

That is, in the present invention, a user is placed on a map indicating this place based on an existing offline place in order to provide a sense of realism. In this case, the map includes a 2D map as well as a 3D map. 2 exemplifies a 2D map of the square in front of Seoul City Hall, that is, Seoul Plaza.

As shown in Figure 2, when the place of the candlelight vigil is Seoul Plaza, the 2D map is expressed as the flat map shown above, and in the case of the 3D map, it is expressed as a three-dimensional map with a three-dimensional effect on Seoul Plaza. A sense of presence can be emphasized by displaying a street, a building, etc., and, for example, a composition in which the display angle and location are set in various ways to express an aerial composition/ground composition, etc. can be supported.

In other words, the candlelight vigil of the present invention is based on a real map in order to emphasize that it is performed in a real place rather than virtualized because it is online-based, so that the user feels as if he or she came to an offline place. It is possible to assist in giving.

Since these 2D and 3D maps are based on maps provided by well-known GIS, a separate description will be omitted.

In the present invention, a sector means a space where one user is located at a place where a candlelight vigil is held, and in the case of a 2D map, it is a rectangle, and in the case of a 3D map, it is expressed in a shape such as a cuboid or a cube.

This sector can be set in various sizes. For example, on a 2D map, it is generally set to 2*2 meters, which is a space that can be located by one person. If there are many users, it is possible to set the variable in 1.5*1.5 meter increments. In FIG. 2, this sector is displayed in a grid structure by matrix processing, and is shown to be larger than the actual size for better understanding.

That is, as can be seen from FIG. 2 , the sector classification module 210 provides a function of setting a plurality of sectors on the map by drawing horizontal and vertical lines in a predetermined dimension based on the map showing the candlelight vigil. At this time, the sector sets A,B,C,D... as horizontal lines and 1,2,3,4,5... as vertical lines. A unique identification code, such as a location, may be assigned to provide a criterion for allocating a user to each sector in an allocation module, which will be described later.

The allocation module 220 performs a function of allocating the users recruited in the above-described recruitment module 120 to a sector.

For example, if the allocation module 220 is exemplified based on the above-described identification code, the users are arranged in each sector in the order of A, B, C, D ... according to the recruitment time order, or randomly as shown in FIG. Furthermore, as if a user directly selects a theater seat when making an online movie reservation, a location setting window indicating partitioned sectors on the map is output to the user, and the user can be assigned in such a way that the user selects a specific sector. .

The candle avatar generating module 230 performs a function of generating not only the user but also the appearance of the user holding a candle as an avatar. As such, the avatar including the user and the candle (candle) is referred to as a 'candle avatar' in the present invention.

The candle avatar may be formed with only a candle burning with a candle for simplicity of expression, or may be expressed as a shape in which a candle is formed by burning a candle when a user who is treated as a character is holding a candle for specific expression. In addition, the candle avatar can be implemented not only in the form of an image, but also in the form of a burning candle or raising a hand and shouting a slogan as a video.

Referring to FIG. 2 , the candle avatar assigned to the sector expresses only the shape of a candle, but if any one of them is clicked, an enlarged candle avatar can be displayed. It can be seen that the composite image is composed of In other words, the candle avatar is not necessarily limited to being embodied in one shape, and may be expressed in several shapes as shown in FIG. 2 according to the display situation.

That is, the candle avatar generation module 230 performs a function of setting the user's candle avatar, that is, the user holding a candle and participating in the candlelight vigil, as a candle avatar by using various expression techniques.

The candlelight vigil image generating module 240 places the candlelight avatar generated by the above-described candle avatar generating module 230 in the sector assigned by the assignment module 220 and visually expresses it with a map, that is, a 'candlelight vigil image'. Provides the ability to create

At this time, it can be understood as expressed as 'video' and implemented as a moving picture, but the image of the candlelight vigil of the present invention can be understood as a concept including a static image or a simple dynamic image in a GIF format.

As an example of expressing the video of the candlelight vigil as a video, the scene of 500 users gathered in Seoul Plaza is graphically processed in a realistic way, and then various camera techniques such as zoom in/zoom out, moving, fade in/fade out, etc. It is possible to provide a sense of realism as if filming an actual candlelight vigil by mobilizing it. In this case, the candlelight vigil image generating module can synthesize and express the candle avatar on the 3D map by interworking with AR (augmented reality) technology.

The output module 250 performs a function of outputting the above-described candlelight vigil image to the user terminal.

In other words, this output module 250 supports the playback function of reproducing the candlelight vigil video, as well as outputting it on the screen of the user terminal in real time at the set time when the candlelight vigil takes place, as well as playing the recorded video after the set time. It is also possible for the user to play the candlelight vigil video by pressing the supported play button on the screen.

Referring to FIG. 2, the image of the candlelight vigil is reproduced on the image display window, which is the upper region of the screen of the user terminal, and the enlarged scene of the space is reproduced when a specific space on the map including the sector is clicked on the enlarged display window, which is the lower region. it is possible

In addition, the output module 250 may support a method of reproducing the candlelight vigil image when the user selects a specific list by list processing the candlelight vigil image in which the user has participated as well as the candlelight vigil image in which the user does not participate. .

In summary, according to the system (1) of the present invention, when there is a desire to participate in the candlelight vigil, but cannot attend due to personal circumstances, it is possible to participate in the online-based candlelight vigil and raise awareness of participation in various political/social issues, of course, It has characteristics that can provide a sense of reality and presence, as if attending an actual candlelight vigil.

Additionally, the participation interface 100 is a user information input module 140 that receives user information including at least one of name, gender, and ID for users who have expressed their intention to participate in the candlelight vigil, that is, recruited from the recruitment module. may include

That is, the user information input module 140 clicks the participation icon in the above-described recruitment module to indicate that the user intends to participate, and then provides a separate information input window on the screen of the user terminal to enter any one of name, gender, and ID. It is possible to receive input and save it.

Correspondingly, as can be seen from FIG. 2 , the output module 250 includes a user information output unit ( 251) is possible.

At this time, since the actual size of the sector displayed on the video display window is quite small, in a separate window that is enlarged, that is, in FIG. can be displayed

According to this, since the shape of numerous candle avatars on the video display window is similar, the sense of reality that you are actually located in a certain space may be reduced. It provides the role of giving a sense of reality and presence to the place of the candlelight vigil.

3 is a conceptual diagram illustrating an embodiment of a selection window for selecting an avatar and a candle mark.

Additionally, the user information input module 140 may include a user avatar generating unit 141 and a mark selecting unit 142 .

The user avatar generating unit 141 performs a function of receiving a user's avatar from the user or generating it by itself.

That is, the user avatar is a subordinate or subordinate avatar belonging to the above-described candle avatar, which expresses the user himself. It is possible to process In this case, when the user inputs gender or age as a type of user information, an avatar having the same appearance as male/female, youth, middle-aged, or adolescent may be recommended and output to the user.

The mark selection unit 142 provides a function of receiving a candle mark selected by the user.

The candle mark is also a sub/subordinate avatar of the above-described candle avatar, which means the shape of the fire held by the user. That is, in the present invention, the candle may be understood as a concept including a torch, as well as a flag that has nothing to do with the flame, rather than a dissatisfaction with burning candles.

As can be seen from FIG. 3 , the mark selection unit 142 provides a candle mark selection window, outputs a candle, a torch, and a flag to the user in the candle mark selection window, and then selects any one candle mark from the user. have.

Correspondingly, the candle avatar generating module 230 can create a candle avatar by synthesizing the user avatar selected or created by the user and the candle symbol, that is, the appearance of the user avatar holding the candle symbol.

In this way, it is possible to express the user's shape as well as the candle as a candle avatar in a more dynamic and diverse manner, rather than visualizing a simple graphic or a uniform shape.

4 is a conceptual diagram illustrating a camera arrangement state for setting a relay screen of a candlelight vigil.

As described above, by the functions of the candlelight vigil image generating module 240 and the output module 250, it is possible to output the candlelight vigil image to the user in various compositions and expression methods. In addition to highlighting the candlelight vigil, it provides a means of expressing the candlelight vigil video in various compositions according to the user's selection in an active way in order to solve the problem of passively viewing the standardized candlelight vigil video.

Specifically, the output module 250 may include a camera selection unit 252 and a camera output unit 253 .

Here, the camera, that is, the virtual camera, although the candlelight vigil of the present invention is performed in an online-based virtual space, can be said to be introduced to provide a sense of presence, such as multiple cameras photographing the scene in an actual offline space.

In other words, when a user selects a specific virtual camera by placing virtual cameras in various locations in the online virtual space, which is the place for the candlelight vigils created based on the actual map, the virtual camera records the same image as the actual camera. provide users with a choice. To this end, the candlelight vigil image generating module 240 includes a function of generating a plurality of sub-images divided through various angles and editing techniques based on one candlelight vigil image.

In addition, the candlelight vigil image generating module 240 is capable of grasping the shooting range of the virtual camera of the present invention in advance, pre-determining the composition shown at the location where the virtual camera is installed and generating and storing the image in the corresponding composition in advance. it means that it is possible

Specifically, the camera selection unit 252 outputs to the user an image in which a plurality of virtual cameras are arranged at the candlelight assembly place expressed in the candlelight vigil image, and then provides a function of selecting any one of these virtual cameras from the user, The camera output unit 253 performs a function of outputting, through a separate output window, the image of the candlelight vigil, which is virtually captured at the shooting angle and shooting range of the virtual camera selected by Yuja.

Referring to FIG. 4 , after arranging multiple virtual cameras in Seoul Plaza and selecting any one of these virtual cameras by the user, the video captured by the virtual camera is output to the user, thereby vividly realizing the actual relay situation. it can be seen that

In this way, it provides a feature that can double the sense of presence, such as holding a candlelight vigil in an actual offline space, beyond the limits of the online space.

In addition, the display interface 200 of the present invention may provide a means for reproducing not only the video of the candlelight vigil in real time, but also other images of the candlelight vigil that have been conducted in the past or that the user has not participated in. In particular, such a candlelight vigil image is generated as a list arranged in an order based on a specific criterion, and it is possible to output the corresponding candlelight vigil image by selecting one of them.

Specifically, the above-described recruitment module 120 includes a counting unit 121 for counting the number of users who participated in the candlelight vigil.

That is, the counting unit 121 may count the number of recruited users to determine the total number of users, and at this time, it is also possible to determine the number of users in detail based on detailed classification criteria such as gender/age/region together with user information.

Correspondingly, the display interface 200 may further include a selection output module 260 including a classification unit 261 and a selection output unit 262 .

The classification unit 261 performs a function of outputting a list of classified candlelight vigils by determining the classification order of the candlelight vigils according to the height and low of the number of users identified by the counting unit 121 . That is, the classification unit 261 serves to list-up the plurality of candlelight vigil images by setting the order of the candlelight vigil images with a large number of users as a high order and in the opposite case as a low order. According to this, the user can have the convenience of being able to easily understand the candlelight vigil video with a large number of people participating in the candlelight vigil.

The selection output unit 262 serves to output the candlelight vigil image of the candlelight vigil selected by the user from the above-described list.

That is, if the above-described output module 250 mainly describes outputting the real-time candlelight vigil image of the candlelight vigil in which it participated, the selection output unit 262 displays the past image of the candlelight vigil in which other users who have been processed in the list participated. It means you can choose to play.

According to this selection output module 260, it provides an environment similar to the sports broadcasting method in which real-time as well as past images can be viewed to realistically express the candlelight vigil of the present invention, and the user's awareness of participating in the candlelight vigil It can provide an environment that can enhance

The candlelight vigil video described above includes not only visual images, but also auditory sounds, making it possible to further emphasize the sense of presence.

To this end, the display interface 200 includes a shout sound setting module 270 .

The shouting sound setting module 270 includes a shouting sound database 271 and a decibel setting unit 272 .

The shout sound database 271 refers to a database in which various shout sounds are stored in a sound source file format.

Here, the shouting sound may be a sound recorded at a candlelight vigil held offline, for example, may be a voice recorded by 100 people in the population or a voice mechanically generated by a well-known sound mixer. Furthermore, the shout sound can be generated by matching the gender and age group of the population in proportion to the gender and age group of the users participating in the specific candlelight vigil, and then recording the voices they shouted. It is also possible to create a shout sound.

The decibel setting unit 272 performs a function of differentially setting the decibel value of the shouting sound according to the high and low of the number of users identified by the counting unit 121 .

That is, the decibel setting unit can provide a basis for outputting a shout sound with a greater intensity, that is, decibels, when 5,000 users are gathered than when 1,000 users are gathered.

Correspondingly, the output module 250 includes a sound output unit 254 for outputting the above-described decibel-adjusted shouting sound according to a set decibel value while the candlelight vigil image is output.

Through this shouting sound setting module 270 and sound output unit 254, a visual image and an auditory sound can be output together to output a more powerful and realistic candlelight vigil image, as well as a shouting sound according to the number of participating users. It provides a characteristic that adds a realistic sense of presence by differentially setting and outputting the intensity of

As described above, the output module 250 performs a function of outputting the image of the candlelight vigil on the screen of the user terminal possessed by the user. (benefit) is provided additionally.

Specifically, the user terminal 20 may be a smart phone having an acceleration sensor as well as a gyro sensor. A known smart phone has a function of detecting its own shaking or movement through the gyro sensor or the acceleration sensor.

In conjunction with such a basic function of the smartphone, the user terminal 20 detects the movement of the user terminal itself while the candlelight vigil image is output through the mobile application, and sets the operation index according to the speed and number of the movement. It may include an index setting module 21 .

In this case, the 'movement index' refers to a relative value set in proportion to the degree of movement (shake) of the user terminal, that is, the speed and the number of times, for example, the user terminal based on the speed of shaking 10 times per minute. When setting the motion index of 10 when shaking 5 times, the motion index setting module can set the motion index to 40 by shaking the user terminal 10 times based on the speed of shaking 20 times per minute.

These motion indices are not necessarily directly or linearly proportional to the speed and number of motions of the user terminal, but as a log function or hypertangent function, when the number increases above a certain level, it converges to a specific value and at the same time is non-linearly proportional. You can also set

In this way, setting the motion index according to the degree of shaking or moving the user terminal 20 is a situation where the user does not actually participate in the offline place when the candlelight vigil is in progress, but only watches the candlelight vigil video provided by the user terminal. , It is to inspire a willingness to participate beyond the meaning of simply watching a candlelight vigil video while actually shaking the user terminal 20 by recognizing the motion of shaking the user terminal 20 as a kind of action to increase the awareness of participation.

In response to this, the participation interface 100 further includes a cyber money management module 150 capable of paying a benefit, ie, cyber money, to the user.

Cyber money refers to goods that can be used online like cash. Specifically, the cyber money management module 150 includes a cyber money generating unit 151 and a cyber money payment unit 152 .

The cyber money generating unit 151 performs a function of differentially generating cyber money to be paid to the user according to the number of times the user participates in the candlelight vigil and the high and low of the arithmetic mean of the operation index.

For example, if it is assumed that the user participates in 10 candlelight vigils and generates 1,000 won of cyber money when the motion index is 20, the cyber money generator generates 3,000 won when the user participates in 20 candlelight vigils and the motion index is 30. This means that ONE's cyber money can be issued to the corresponding user.

The cyber money payment unit 152 performs a function of paying the generated cyber money to a corresponding user through a mobile application.

In this way, while securing the opportunity to receive benefits as much as participating in the candlelight vigil, while the candlelight vigil is in progress, by issuing additional benefits in consideration of the effort to take a kind of motion that one is participating in the candlelight vigil, users to the candlelight vigil can provide an environment in which to participate more actively.

5 is a conceptual diagram illustrating an embodiment in which the candlelight assembly sentence is displayed.

As can be seen from FIG. 5 , the output module 250 is capable of displaying a sentence directly written by a user participating in the candlelight vigil. In the present invention, this sentence is referred to as a 'candlelight vigil sentence'.

First, the above-described user information input module 140 may include a function of receiving, from a corresponding user, a candlelight vigil sentence in which an opinion on the candlelight vigil in which the user has participated is written.

In this case, the candlelight vigil sentence may be composed of at least one sentence composed of a combination of a plurality of words as well as a short slogan such as "overthrow!"

Correspondingly, the output module 250 may include a sentence output unit 255 for outputting a candlelight vigil sentence written by a user assigned to a sector selected in the candlelight vigil image.

As can be seen from FIG. 5 , the candlelight rally sentence can be displayed through the sentence display window provided on the side of the enlarged display window displaying the above-described user information.

According to this configuration, users who participated in the candlelight vigil provide a means to actively express their intentions, and at the same time, other users can check the text of the candlelight vigil in the same way as in the comments of an article to induce other users to participate or Or you can present an environment that can receive reasonable criticism.

As mentioned earlier, the candlelight vigil sentence may be a short slogan or a long sentence format. There is enough room to see my argument as a concrete and logical expression.

In other words, the tendency of users participating in the candlelight vigil may be varied, such as an active user, a passive user, a moderate user, and the like.

Therefore, it is possible to provide a basis for easily grasping the user's propensity from the candlelight vigil image itself when displaying the candlelight vigil image by differentially setting the shape of the candle avatar according to the user's activeness or a keen sense of participation.

To this end, the system of the present invention provides a means for differentially setting and displaying the state of the candle according to the user's propensity, such as activeness.

6 is a conceptual diagram illustrating an activation operation of a candle's saturation and a dynamic mark.

As can be seen from FIG. 6 , it is possible to variably process the color saturation of the 'candle' among the candle avatars and the active operation of the dynamic mark.

Here, the candle does not mean the candle itself, but the flame that the candle burns, and the dynamic mark means that the candle is not displayed as a static image, but a dynamic image, that is, the tip or perimeter of the candle moves like a burning candle. means that In this way, the movement of the candle in the dynamic mark for the candle is called an active motion.

That is, the configuration of the present invention, which will be described later, provides a function of variably processing the chroma for the color of the candle and the active operation of the dynamic mark according to the tendency by analyzing the tendency of the candle assembly sentence written by the user.

Of course, just as the user can select the candle avatar above, the color saturation of the candle or the active motion of the dynamic mark can also be expressed by the user's selection, but compared to the results of analyzing the candlelight vigil sentences written by the users with will and effort, Since it is fragmentary, the meaning of indicating the user's tendency can be lightened, so the user's effort can be reflected more meaningfully and deeply by changing the above-described shape of the candle by analyzing the candlelight vigil sentence according to the configuration to be described later.

Specifically, the participation interface 100 includes a tendency identification module 160 for analyzing the candlelight vigil sentences.

First, in order to more easily explain the detailed configuration of the tendency identification module 160, the candlelight rally sentence in the form of a sentence rather than a slogan is exemplified.

"I attended this candlelight vigil with great determination. The truth about the Sewol ferry, which occurred six years ago, is still insufficient until now in 2020. Not only was it much later than I initially expected, but it was also quite sloppy and rough. I feel extreme anger because it is being handled in a way that is insufficient to satisfy me. I feel that there will be more people with the same thoughts as me through this candlelight vigil, so other people do not hold back their anger and ask for active participation."

That is, the detailed configuration of the tendency identification module 160 will be described as follows while exemplifying such a candlelight vigil sentence.

Specifically, the tendency identifying module 160 includes a sentence classification unit 161, a first keyword extraction unit 162, a second keyword extraction unit 163, a third keyword extraction unit 164, and a first tendency index calculation unit. (165).

The sentence classification unit 161 serves to classify the candlelight vigil sentences into adjectives, verbs, and modifiers.

Here, the body language encompasses nouns, pronouns, and rhetoric, and has characteristics that can be followed by a case verb or adorned by an adjective in front. In addition, verbs encompass verbs and adjectives, and they indicate the action, action, state, and nature of things, and have the characteristic that they can be used as endings with endings attached to the stem.

Lastly, modifiers are words that encompass adjectives and adverbs, and play a role in decorating various objects.

The first keyword extraction unit 162 provides a function of extracting, as a first keyword, a noun with a high frequency of appearance among nouns constituting the body language. can

That is, in the above-described candlelight vigil sentence example, the language may be 'candlelight vigil, resolution, Sewol ferry, truth, investigation, 2020, anger', etc. Of these, 'anger' with the highest frequency is extracted as the first keyword. can be

The second keyword extraction unit 163 serves to extract, as a second keyword, an adjective having a high frequency of appearance among adjectives constituting the verb. It can be the most representative expression of what the subject thinks or feels.

In the above-described candlelight vigil sentence example, the verb may be 'sufficient, late, sloppy, active', and 'not enough', which is the most frequent of these, may be extracted as the second keyword.

The third keyword extraction unit 164 performs a function of extracting, as a third keyword, an adverb with a high frequency of appearance among adverbs constituting a modifier, and the adverb is an expression that can emphasize the evaluation of the first and second keywords. to be. In particular, the present invention is based on intuitively grasping the user's emotional activation state according to the frequency of adverbs.

That is, in the above-described example of the candlelight vigil sentence, the modifier may be 'not quite, quite, roughly', and 'not to mention', which is the most frequent, may be extracted as the third keyword.

In this case, the first, second, and third keywords may be extracted as one word or a plurality of words having the highest frequency, and there is no specific limitation thereto.

The first propensity index calculation unit 165 serves to calculate the propensity index for the company based on the frequency of appearance of the first, second, and third keywords.

That is, the keywords, which are the main points of the candlelight vigil sentence, are extracted as the first to third keywords in the same manner as described above, and then their frequency is calculated, so that the strength (frequency of adverbs) and tendencies (according to the meaning of the adjective) of the candlelight vigil sentence are obtained. frequency), and the first tendency index is a numerical value that intuitively grasps the strength and tendency of the claim that the user wants to express.

This first propensity index can be calculated by giving weights to the frequencies of the first, second, and third keywords by various algorithms, but in the present invention, in particular, in the present invention, weights are added to the frequency of adverbs and calculated through the following Equation 1 An additional algorithm is presented.

Equation 1.

Here, X is the first tendency index, A is the frequency of appearance of the first keyword, B is the frequency of appearance of the second keyword, and C is the frequency of appearance of the third keyword.

That is, in Equation 1, a specific weight is given to the frequency of appearance of the first, second, and third keywords, and in particular, the third keyword, which is an adverb, is given the largest relative weight, and the second, the adjective, which is the second keyword, is given a specific weight. In addition, by adding a non-linear proportional term by the arc hyperbolic sine function, it provides a characteristic of solving the problem that the first propensity index becomes too large or small.

According to the first propensity index according to Equation 1, it can be seen that the higher the strength of the user's assertion or the more active the propensity is, the larger the numerical value becomes, and vice versa. When the aberration increases or decreases to a certain extent by , it is possible to filter sentences that maliciously increase the frequency of adverbs, etc.

Here, the arc hyperbolic sine function in Equation 1 has a value between 0 and 5 under the condition that the variable is 0 to 100. In particular, when the variable value is 1 to 10, it represents a value between 0 and 3 and changes from 10 to 50. It represents a value that changes relatively more rapidly than when a variable changes.

That is, this arc hyperbolic sine function increases by drawing a parabola non-linearly rather than uniformly according to the proportionality of the variable. It has the characteristic that the amount of change in this variable can be appropriately reflected when By using the characteristics and weights of the arc hyperbolic sine function, as the variable value increases by 10 or more, the increase in the result value gradually decreases and increases, thereby preventing the meaningless increase of the variable from being reflected in the propensity index as it is.

That is, the propensity index calculated through Equation 1 is not simply proportional to the frequency of the first, second, and third keywords, but can be reasonably calculated through a series of specific algorithms.

For example, when there are three first keywords, four second keywords, and two third keywords in any one candlelight vigil sentence, the propensity index is calculated by substituting them into Equation 1 as follows.

As a result of calculating the first propensity index by substituting the above-described example into Equation 1, it can be seen that 10.27 is calculated.

By substituting the frequencies of the various first, second, and third keywords in Equation 1, it can be seen that the change in the first propensity index is larger when the frequency of the second and third keywords is changed than when the frequency of the first keyword is changed. It can be seen that the change in the frequency of the 3 keywords has a large change. Instead, when the frequency of the 2nd and 3rd keywords increases to 10 or more, the change in the change is relatively reduced.

Correspondingly, the candle avatar generating module 230 can differentially set the color saturation of the candle among the objects constituting the candle avatar according to the high and low of the first tendency index.

In this case, when the color of the candle is generally referred to as red, it may be expressed as a pale red such as bright red or a deep red such as purple according to a change in saturation.

Such saturation has a numerical value as a known standard and can be set to be low or high in saturation depending on the height of the numerical value. For example, if the saturation value is 1, it is bright red, if it is 2, it is light red, if it is 3, it is red.... If it is 5, it is purple.

That is, for example, the candle avatar generating module 230 can express the candle avatar in purple when the first disposition index is high, and conversely, when the first disposition index is low, the candle avatar generating module 230 can express the candle avatar in bright red.

Through this, users can estimate the number of active or strong users' participation by looking at the color difference of numerous candle avatars expressed in the candlelight vigil video. As you read, you can check the specific claims or tendencies of the user.

According to the above-mentioned configuration, it goes beyond the quantitative standard with a large number of participants and materializes the intensity of the tendency into an easy-to-understand visual expression, and at the same time provides a value as a kind of qualitative standard, and consequently pioneers a unique way of expressing the candlelight vigil. provides the characteristics that

As another embodiment, the first, second, and third keyword extraction units 162, 163, and 164 extract the first, second, and third keywords into 2 to 4, respectively, according to the high and low of the appearance frequency, and then calculate the second propensity index through an additional algorithm. In the candle avatar, it is possible to variably process a separate object other than the color of the candle.

In this case, the number of extractions of the first, second, and third keywords may be changed according to circumstances, and may be extracted in order of increasing frequency. Following the above-mentioned candlelight vigil sentence, for example, the first keyword 'anger, determination', the second keyword 'not enough, active', and the third keyword 'not enough, roughly' can be extracted. .

Specifically, the above-described tendency identifying module 160 further includes a combination sentence generating unit 166 and a second tendency index calculating unit 167 .

The combination sentence generating unit 166 sets the first keyword as the subject, the second keyword as the predicate, and the third keyword as the adverb, and then sets the combination sentence by combining the first, second, and third keywords corresponding to the number of cases. It plays the role of creating a number.

가 될 수 있다.At this time, assuming that the first keyword is a, the second keyword is b, and the third keyword is c, and the combination sentences are combined in the order of the first keyword, the third keyword, and the second keyword, in the case of a combination sentence the number of

can be

개가 생성될 수 있다.For example, when the first keyword is three, the second keyword is two, and the third keyword is four, the combined sentence is

Dogs can be created.

The second disposition index calculation unit 167 provides a function of determining whether the meaning of the combination sentence is established and setting the number of combination sentences for which the meaning is established as the second tendency index.

That is, the second propensity index determines whether the meaning of a sentence is established when words frequently used by the user are combined, unlike the first propensity index, that is, the first propensity index determines the strength and intensity of words used by the user. If a scale for judging , the second propensity index is to present a scale for judging a kind of logic by judging whether a word with only a specific meaning is overused based on the validity of the sentence.

Here, the meaning of the sentence, i.e., the validity of the sentence is established by generating a combination sentence of subject + adverb + adjective for each word in advance based on the basic grammar on a separate database server, etc. It can be performed based on a look-up table stored by learning whether or not it is determined. As a supplementary to this, it is also possible to directly determine the validity of the sentence through the system manager.

For example, combination sentences such as 'Anger + Roughly + Not Enough', 'Resolve + Not Enough + Active' can be understood as having a meaning, and Combination Sentences such as 'Anger + Not Enough + Active' Since it is a sentence that does not make sense, it is understood that the meaning does not hold, and as a result, the characteristic that the meaning is established, that is, the number of sentences with plausibility can be set as the second propensity index.

This second propensity index may be calculated by simple arithmetic, for example, may be set as 5 if the number of sentences with validity is 5, and 3 if there are 3 sentences.

Correspondingly, the candle avatar generating module 230 generates the candle avatar by synthesizing a dynamic mark indicating an active operation of burning a candle, but depending on the high and low of the second tendency index, the activation of the dynamic mark for the active operation It is possible to include a function for differentially adjusting the speed.

At this time, the dynamic mark in which the candle burns has been mentioned above, but referring to FIG. 6 , it means the part in which the candle moves as if the candle is burning hot, and the active operation is the moving state of this dynamic mark, for example, moving up and down or moving left and right. It can be seen that it means the same operating state as

That is, the candle avatar generating module 230 adjusts the active motion of the dynamic marker faster (for example, 100 times per minute) as the second tendency index is higher, and vice versa, the active action slowly adjusts (for example, This means that it can be set to 20 movements per minute) or no movement at all.

Summarizing the above-mentioned first and second propensity indices, the first propensity index means a criterion for grasping the strength or strength of assertions revealed in the Candlelight Rally sentence to vary the color of the candle, especially the saturation, and the second propensity index is the candlelight It means the standard for understanding the logic of the words used in the assembly sentence, and it can be changed to one that burns quickly or burns slowly.

In this way, rather than displaying the same candle uniformly, the difference in color of the candle and the degree of burning are expressed in various ways to determine how strong or how strong the candle is. It provides a characteristic that can determine whether weak users have gathered, or how many users have made a logical argument.

As described so far, the configuration and operation of the online-based digital candlelight vigil providing system according to the present invention are expressed in the above description and drawings, but this is merely an example and the spirit of the present invention is not limited to the above description and drawings. It goes without saying that various changes and modifications are possible within the scope of the present invention without departing from the technical spirit.

1: System 10: Central control server
20: user terminal 21: operation index setting module
100: participation interface 110: information module
120: recruitment module 121: counting unit
130: participation setting module 140: user information input module
141: user avatar generation unit 142: mark selection unit
150: cyber money management module 151: cyber money generating unit
152: cyber money payment unit 160: tendency identification module
161: sentence classification unit 162: first keyword extraction unit
163: second keyword extraction unit 164: third keyword extraction unit
165: first propensity index calculation unit 166: combination sentence generation unit
167: second propensity index calculator 200: display interface
210: sector classification module 220: allocation module
230: candle avatar generation module 240: candlelight vigil image generation module
250: output module 251: user information output unit
252: camera selection unit 253: camera output unit
254: sound output unit 255: sentence output unit
260: selection output module 261: classification unit
262: selection output unit 270: shout sound setting module
271: shout sound database 272: decibel setting unit

Claims (11)

As an online-based digital candlelight vigil providing system,
A guide module for guiding the user of the characteristics of the candlelight vigil, a recruitment module for recruiting users who are willing to participate in the candlelight vigil, a participation setting module for receiving from the user the location and time for the candlelight vigil to be held, and the user's name a participation interface including a user information input module for receiving user information including at least one of , gender, and ID and a candlelight vigil sentence written from the user in a sentence with an opinion about the candlelight vigil;
A sector classification module for classifying the map indicating the place into a plurality of sectors in conjunction with GIS; an assignment module for allocating the user to the sector; a candle avatar generating module for generating a candle avatar of the user; A candlelight vigil image generating module for generating a candlelight vigil image visually expressing the map displaying the candle avatar, and outputting the candlelight vigil image, which is assigned to a selected sector when any one sector is selected from the candlelight vigil image A display interface including an output module having a user information output unit for outputting the user information of the user and a sentence output unit for outputting a candlelight vigil sentence written by a user assigned to the selected sector;
The participation interface is
A sentence classification unit for classifying the candlelight vigil sentence into adjectives, verbs, and modifiers; A second keyword extraction unit for extracting the adjective having the highest frequency of appearance as a second keyword; 2,3 A tendency identification module comprising a first tendency index calculation unit for calculating a first tendency index for the candlelight rally sentence based on the frequency of appearance of keywords; and
The candle avatar generation module,
Digital candle vigil providing system, characterized in that the color saturation of the candle in the candle avatar is differentially set according to the high and low of the first tendency index. delete The method of claim 1,
The user information input module,
a user avatar generating unit for receiving or generating the user's avatar from the user;
and a mark selection unit for receiving a selection of any one candle mark among candles, torches, and flags from the user,
The candle avatar generation module,
A digital candlelight vigil providing system, characterized in that the user avatar is created as the candle avatar by synthesizing the image holding the candle sign. The method of claim 1,
The output module is
a camera selection unit for receiving a user's selection of a plurality of virtual cameras arranged at the candlelight vigil location expressed in the candlelight vigil image;
and a camera output unit for outputting the image of the candlelight vigil that is virtually captured at the shooting angle and shooting range of the virtual camera selected by the user. delete The method of claim 1,
The recruitment module is
Includes a counting unit for counting the number of users who participated in the candlelight vigil,
The display interface is
A shout sound database storing shout sounds, and
A shouting sound setting module including a decibel setting unit for differentially setting the decibel value of the shouting sound according to the height and low of the number of users of the user;
The output module is
When the candlelight vigil image is output, the digital candlelight vigil providing system comprising a sound output unit for outputting together with the shouting sound according to a set decibel value. The method of claim 1,
The output module is
Outputs the candlelight vigil image on the screen of the user terminal possessed by the user,
The user terminal is
And a motion index setting module for detecting the movement of the user terminal while the image of the candlelight vigil is output through the gyro sensor and setting the operation index according to the speed and number of movements,
The participation interface is
a cyber money generating unit for differentially generating cyber money to be paid to the user according to the high and low of the arithmetic mean of the number of participation in the candlelight vigil and the operation index of the user;
and a cyber money management module including a cyber money payment unit that pays the cyber money to the user. delete delete The method of claim 1,
The first propensity index calculation unit,
Digital candlelight vigil providing system, characterized in that for calculating the first propensity index through the following equation (1).
Equation 1.

(X is the first propensity index, A is the frequency of appearance of the first keyword, B is the frequency of appearance of the second keyword, and C is the frequency of appearance of the third keyword) The method of claim 1,
The first, second, and third keyword extraction unit,
Extracting the first, second, and third keywords into 2 to 4, respectively, according to the high and low of the frequency of appearance,
The tendency identification module,
Set the first keyword as a subject, the second keyword as a predicate, and the third keyword as an adverb A combination sentence generation unit, and a second tendency index calculation unit for determining whether the meaning of the combination sentence is established and setting the number of the combination sentences for which the meaning is established as a second tendency index,
The candle avatar generation module,
The candle avatar is generated by synthesizing a dynamic mark indicating an active motion of burning a candle, and comprising a function of differentially adjusting the activation speed for the active motion of the dynamic marker according to the high and low of the second tendency index. A digital candlelight vigil providing system.

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