KR102063581B1 - Intelligent service system, apparatus, method and computer readable medium for simulator - Google Patents

Abstract

It is an object of the present invention to provide an intelligent service system, an apparatus, a method, and a recording medium for a simulator that provide a high level of service for a person instead of a person. Intelligent service system for a simulator for implementing this, the information collecting unit for collecting the information of the simulation participants or visitors from the information collector; And a comment generator for generating a comment to be provided to the simulation participant or the viewer from the information collected by the information collector.

Description

INTELLIGENT SERVICE SYSTEM, APPARATUS, METHOD AND COMPUTER READABLE MEDIUM FOR SIMULATOR}

The present invention relates to an intelligent service system, an apparatus, a method, and a recording medium for a simulator that can provide various participants services to simulation participants and visitors.

A simulator (particularly a motion simulator) represents a device that allows participants to feel the motion of virtual reality as if it were to reproduce the dynamic changes to fit the virtual environment controlled by the computer. The simulator may include a simulation screen, a manipulation lever, and a chair moving in two or three dimensions while the participant is seated. In addition, the simulator includes a configuration for rotating and linear motion of the simulator, and includes a linear motion in the front-rear direction (Z axis), the left-right direction (X axis), and the vertical direction (Y axis), and the Z axis as the rotation center. It can be moved by a combination of rolling, pitching with the X-axis as the center of rotation, and yawing rotational movement with the Y-axis as the center of rotation. Accordingly, when the participant manipulates the operation lever in the simulator, the simulator can move according to the participant's operation, thereby increasing the immersion of the participant in the simulation that is operated through the simulator.

Due to these characteristics, the simulator is applied to flight simulation, driving simulation, and the like, and recently, it has been widely used as a simulator for games or theaters so that 3D can be experienced.

The virtual reality theme park business using the simulator, which is a tangible virtual reality equipment, is being formed in the early market, but has a problem of poor profit structure due to high operating cost compared to investment.

This high operating cost is due to the high proportion of labor costs for services.

In addition, in order for the user to ride on the haptic simulator, a manpower for assisting the simulator's ride is required, and sales are generated according to the boarding service (a service that reads the customer's feelings and provides appropriate guidance and dialogue as necessary). It depends greatly. In other words, it adopts a method of carrying out various comments to increase the interest of the surrounding visitors through the boarding assistant personnel and improve the on-site atmosphere. However, the cost of assistant personnel is relatively high compared to sales, and the general short-term part-time workforce has a limit in increasing the interest of nearby visitors, and it is very difficult to provide a consistently high level of boarding service.

In addition, the simulation game participants need to provide appropriate commentary services for various situations that may occur during the game. For example, it is necessary to provide a participant in a racing game with information necessary for the game in progress, such as steering wheel maneuverability, current vehicle position and speed.

When a person makes such a comment directly, it cannot be performed simultaneously by a plurality of game participants. In addition, it is not possible to simultaneously perform different comments on a plurality of participants participating in the simulation game.

The core technology of the future, which will play a decisive role in the dissemination of VR theme parks, is artificial intelligence technology that provides a variety of high-level service services for people. Therefore, the development of an intelligent service system that provides these services.

The intelligent service robot for the simulator needs to provide intelligent services while working around the simulator, and to provide appropriate guidance services for the simulator participants.

Korean Utility Model Registration No. 20-0435980 is disclosed as a conventional technology for such an intelligent guide robot system.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and an object thereof is to provide an intelligent service system, apparatus, method, and recording medium for a simulator that provides a high level of service for a person instead of a person.

Another object of the present invention is to provide an intelligent service system, apparatus, method, and recording medium for a simulator that can simultaneously perform a different message to a plurality of simulation participants or visitors.

In addition, an object of the present invention is to provide an intelligent service system, apparatus, method, and recording medium for a simulator that can provide an appropriate guide service to a simulation participant or a visitor.

Intelligent service system for a simulator of the present invention for solving the above problems, the information collecting unit for collecting the information of the simulation participants or visitors from the information collector; And a comment generator for generating a comment to be provided to the simulation participant or the viewer from the information collected by the information collector.

The information may include at least one of image information, audio information, and brain wave information received from the information collector.

The information collector is installed on at least one of a robot running along a fence surrounding a simulator, a ceiling, and a simulator; The information collecting unit may collect the comment generation information from the information collector.

The information collecting unit may further include an identification unit that determines whether the participant or the visitor is a member, and the comment generation unit may generate the comment using the determination result of the identification unit.

The comment generator may generate a different comment for each of the plurality of participants to provide each participant when there are a plurality of participants, or generate a different comment for each participant and the visitor, or provide the same to the visitor. To do this, you can create a comment about the situation of the current simulation.

A data manager which stores a plurality of member information; The comment generator may generate a comment to be provided to the participant using member information stored in the data manager.

In this case, when there are a plurality of participants and the comment generator receives member information about the plurality of participants from the data manager, it determines a social relationship between the plurality of participants and determines that there is the social relationship. You can create comments that correspond to social relationships.

A data manager for managing data for generating the comment; If the participant is not a member stored in the data manager, the comment generator may generate a comment to be provided to the participant by using data already stored in the data manager.

The intelligent service apparatus for a simulator of the present invention includes the information collecting unit and the comment generating unit described above.

The intelligent service method for a simulator of the present invention includes: a) collecting information of a simulation participant or a visitor from an information collector; b) generating a comment to provide to the simulation participant or viewer from the collected information; c) providing the generated comment to the participant or spectator.

The information collected in step a) may include information collected from the information collector installed on at least one of a robot, a ceiling, and a simulator moving around the simulator.

The social relationship between the plurality of participants is determined based on the plurality of participants and the member information of the plurality of participants, and when it is determined that there is the social relationship, a comment corresponding to the social relationship is generated to generate the social relationship. It can be provided simultaneously to a plurality of participants determined to be.

When there are a plurality of participants, different comments may be generated for each of the plurality of participants and provided to the participants during the simulation, or different comments may be simultaneously provided to the plurality of participants.

Different comments may be generated for the participant and the viewer and provided to the participant and the visitor, respectively.

The simulation participant may create a comment guiding the boarding of the simulator to guide the boarding process of the simulation participant.

The recording medium of the present invention may store a computer program for performing the above-described simulator intelligent service method.

According to the present invention, it is possible to continuously provide a high level of boarding services to customers at low maintenance costs, thereby increasing customer satisfaction.

In addition, it is possible to simultaneously perform a different comment on a plurality of game participants, and to increase the interest and immersion of the game participants by performing an appropriate comment on a situation occurring during the game.

In addition, it is possible to provide appropriate guidance services to the simulation participants or visitors outside the fence.

1 is a block diagram showing a schematic configuration of an intelligent service system for a simulator according to the present invention.
2 is a perspective view showing a robot driving a fence in the intelligent service system for a simulator according to the present invention.
3 is a flowchart illustrating an intelligent service method for a simulator according to the present invention.

Hereinafter, the intelligent service system for a simulator of the present invention will be described in detail.

Referring to FIG. 1, the intelligent service system 1 for a simulator of the present invention includes an information collector 110 for collecting information of a simulation participant or a visitor from an information collector, from information collected by the information collector 110. It includes a comment generating unit 140 for generating a comment to be provided to the simulation participants or visitors.

In the simulator in which the simulation of the present invention is performed, linear motion in the front-rear direction (Z axis), the left-right direction (X axis) and the vertical direction (Y axis), rolling (Rolling) with the Z axis as the rotation center, and rotation of the X axis It may consist of moving in a combination of pitching centered and yawing rotational movement centered on the Y axis.

The information collected by the information collector 110 may include at least one of image information, audio information, brain wave information, emotion information, and five sense information.

The information collector may be composed of one or more of a camera 11, a microphone 12, and an EEG 13.

The information collecting unit 110 functions to collect information from at least one of the camera 11, the microphone 12, and the EEG 13, which are the information collectors. In detail, the information collecting unit 110 includes a plurality of image information (for example, a picture or a video) photographed from the camera 11, voice information received through the microphone 12, and the EEG 13. It collects the measured EEG information.

In addition, the information collector may be configured as a moisture sensor to detect the sweat of the hand when the participant is holding the steering wheel of the simulator by hand, or a pressure sensor to detect the pressure when the hand holding the steering wheel. Can be. That is, it is possible to determine the tension state of the participant by detecting the sweat of the hand, and the tension state or immersion degree of the participant can be determined from the change that the pressure holding the steering wheel with the hand is large or small. The value detected by the sensor may be collected by the information collecting unit 110 as information on the emotion or the five senses of the current participant. In the above, the moisture sensor and the pressure sensor are exemplified as a means for measuring information on the emotion or the five senses. However, the present invention is not limited thereto, and the participant's emotion or the five senses can be determined using various sensors.

The camera 11 may be formed in plurality. For example, at least one of the cameras may be installed in a direction of looking at the participant in the simulator to photograph the participant, and other cameras may be arranged near the simulator to photograph the viewers. Of course, in order to detect the spectators gathering, it is also possible that the camera is installed in a ceiling-like location so that the simulator and all of its surroundings are photographed.

In addition, the camera 11 may be installed on the robot 220 traveling along the rail 210 on the top of the fence 200 surrounding the simulator as shown in FIG. 2, and the robot 220 may be installed on the rail 210. While driving along the), the camera 11 installed in the robot 220 may photograph a simulator participant or a visitor.

The camera 11 may read an expression of a participant or a visitor, and a voice of a participant or a visitor may also be received through the microphone 12 together with the expression. In addition, another sensor for receiving a voice of the participant or the viewer may be further configured. In addition, when there are a plurality of participants participating in the simulation game, the camera 11 may be installed in each of the simulators in which the plurality of participants ride.

The EEG 13 may be provided to measure the EEG of the participant when the simulation participant boarded the simulator.

The collected information may be obtained from the information collecting unit 110 through wired or wireless communication. In addition, in the above description, the term 'camera' includes all equipment for photographing an object. That is, the camera may include not only a general camera, a depth camera, a wide angle camera (for example, a camera including a wide angle lens or a fisheye lens), but also a sensor type. Furthermore, it should be understood to include the concept of an image sensor that performs image processing on the captured image, including the camera.

The comment generating unit 140 generates a comment to be provided to the simulation participant or the viewer from at least one of the image information, the audio information, the brain wave information, the emotion information, and the five sense information collected by the information collecting unit 110.

The comment generator 140 may generate a comment using a learning algorithm of artificial intelligence.

Such learning algorithms include Decision Tree, an analytical method for classifying and predicting Decision Rules in a tree structure, and probabilistic relationships between multiple variables (conditional independence). ) a model of Bayesian networks (Bayesian network), pattern recognition and guidance for data analysis (director / teacher) learning (model of Support Vector machine in supervised learning) (support vector machine, SVM), the biological neurons that express a graph structure the operating principle is known, such as a plurality of neurons that that node or processing element for modeling a connection relationship among the neurons in that layer (層, layer) the ANN (artificial neural network) connected to the information processing system in the form of a structure.

Also, deep learning, which is a technique used to cluster or classify data using an artificial neural network, is known. Artificial neural networks in machine learning and cognitive science are statistical learning algorithms inspired by biological neural networks (the central nervous system of animals, especially the brain). Artificial neural network refers to the whole model having a problem solving ability by changing the strength of synapses through the learning of artificial neurons (nodes) that form a network by combining synapses. The key to deep learning using neural networks is classification prediction. Computers divide data as humans distinguish things by finding patterns in a lot of data.

The comment generator 140 may generate an appropriate comment for a participant or a visitor by using an artificial intelligence learning algorithm using the collected information. In addition, as the learning data of the artificial intelligence is accumulated, it is possible to generate more suitable comments.

The comment generator 140 may provide a guide function in the process of the participant boarding the simulator. The guide function may provide a participant with appropriate voice service in response to the participant's facial expression and voice.

In addition, the comment generation unit 140 may receive information identified by the identification unit 120 and member information from the data management unit 130.

The identification unit 120 functions to identify a participant or a visitor by analyzing a plurality of image information and audio information. Specifically, for example, the identification unit 120 may classify the image information photographed from the camera disposed inside the simulator for the participant, and the image information photographed from the camera disposed outside the simulator for the visitor. . The identification unit 120 may further perform a process of determining whether a participant or a visitor identified through the identification unit 120 is a registered member by analyzing the image information. For example, the identification unit 120 identifies the face of the participant or the visitor from the plurality of image information, and compares the identified face with face information of the members stored in the storage unit (not shown), so that the member of the participant or the visitor It can be determined.

In this case, the participant identified as a member is combined with at least one of the member information stored in the data management unit 130 and the video information, the audio information, and the EEG information collected from the information collecting unit 110, and a comment suitable for the participant is obtained. You can also create

Whether the participant is a member may be determined using the information input through the input unit 14 in the process of the participant boarding the simulator without determining by the identification unit 120.

The data manager 130 stores a plurality of pieces of member information in a storage unit (not shown), and provides the member information to the comment generator 140 to generate a comment related to the member information. In addition, the data manager 130 may store information input through the input unit 14 when the participant boards the simulator. The input unit 14 may be configured to input any one of a participant's mobile phone number, name, and ID. In addition, the input unit 14 may be configured to input any one of a photo, an email address, an iris, and a fingerprint. The information input through the input unit 14 and the member information stored in the data manager 130 may be compared to determine whether the participant is a member when boarding the simulator.

In addition, the data manager 130 may store a boarding record of the member, and may provide related information to the ment generating unit 140 to generate a ment suitable for the participant's situation based on the boarding record.

In addition, when there are a plurality of participants, the data manager 130 may provide related information to the comment generator 140 to determine a social relationship between the participants and generate a comment related to the relationship between the plurality of participants. You may. Herein, the social relationship between the participants may include a friend relationship, a lover relationship, a family relationship, and the like.

In addition, the data manager 130 stores various information for creating a comment in addition to the above information, and provides the stored information to the comment generator 140 to generate various comments. For example, when the participant is not a member, related data may be provided to the part generator 140 so that a participant suitable for a participant who is not a member may be created using data already stored in the data manager 130. have. In addition, the data already stored in the data management unit 130 may be data generated by the learning algorithm of the artificial intelligence to provide a comment.

The comment output unit 20 may be a speaker for providing a comment by voice to a participant, a head mounted display (HMD) worn by the participant, or another image display device. In addition, the comment output unit 20 may further include a speaker, an image display device for providing a comment to the viewer as an image or voice.

A robot driving a fence in the intelligent service device for a simulator of the present invention will be described with reference to FIG. 2.

A fence 200 surrounding the periphery of the simulator is provided. The simulator is installed inside the fence 200, and the viewer can stand outside the fence 200. In FIG. 2, only one side of the rectangular fence 200 surrounding all four sides of the simulator is shown. The fence 200 may be formed in various shapes such as polygons, circles, and the like including quadrangles.

The rail 210 is coupled to the upper portion of the fence 200, and the robot 220 may travel along the rail 210.

The robot 220 is connected to a power supply for supplying power. In addition, the robot 220 is provided with a driving unit to travel along the rail (210).

The camera 11 or the microphone 12 may be integrally coupled to the mounting part 221 of the robot 220. The camera 11 captures an image of the inside or the outside of the fence 200, determines the position of the participant or the visitor, and receives the expression of the participant or the visitor as image information. In addition, the microphone 12 receives the voice of the participant or the viewer as voice information. In this case, two cameras 11 may be provided to receive the inner and outer images of the fence 200, respectively, and the microphone 12 may also receive the inner and outer voices of the fence 200, respectively. Two may be provided to be able to.

With this structure, the robot 220 may receive at least one of an expression and a voice of a participant and a viewer inside and outside the fence 200 while driving the fence 200 along the rail 210.

Information of at least one of the video and audio received by the camera 11 and the microphone 12 is received by the comment generator 140, and the comment generator 140 includes at least one of the received video and audio. From the information, it is determined which voice or text message to send to the participant or spectator.

Inside or outside the fence 200 may be provided with a speaker or a display that is a cement output unit 20. The speaker is to provide a ment generated by the ment generating unit 140 to the viewer as a voice, the display is to provide a guide service to the spectator in the text generated by the ment output unit 20.

Although the case in which the robot 220 travels the fence 200 along the rails 210 has been described with reference to the embodiment of FIG. 2, the robot 220 is fixed to the fence 220 and the fixed robot ( The camera 11 or the microphone 12 may be installed in the 220.

The intelligent service device 100 for a simulator including the information collecting unit 110, the identifying unit 120, the data managing unit 130, and the comment generating unit 140 may be provided. The simulator intelligent service device 100 may be configured as a server provided at a location where a simulator is installed. In addition, the intelligent service apparatus 100 for a simulator may be configured as a cloud server connected to the Internet. The simulator intelligent service device 100 provides the participants with the comment generated by using the information collecting unit 110, the identification unit 120, the data management unit 130, and the comment generator 140. Computer programs for the computer may be stored.

According to the intelligent service system for a simulator having such a configuration, in response to at least one of video information, voice information, brain wave information, emotional information, and five sense information of a participant or a visitor of the simulator, the expression, voice, brain wave, An appropriate voice service or text service corresponding to at least one of emotion and five senses may be provided.

The comment may be provided even when there are a plurality of participants in the simulation.

An intelligent service method for a simulator according to the present invention will be described with reference to FIG. 3.

Step S101 is a step in which the boarding guide is performed while the participant boards the simulator.

The boarding guide function may include functions such as member information input, boarding induction, customer recognition, and guidance.

First, member information of a participant who wants to participate in the simulation is input to the input unit 14. If membership is not registered, a process of inducing membership may be performed. The input unit 14 may input one or more of a participant's mobile phone number, name, ID, photo, email address, iris, and fingerprint. The information input through the input unit 14 and the member information stored in the data manager 130 may be compared to determine whether the participant is a member. In addition, the member information may further include personal information such as gender, age, etc. of the participant.

In this case, when there are a plurality of simulation participants, a plurality of participant member information may be input, and information about social relations between the plurality of participants may be induced, and information about social relations between the participants may be induced according to the input information. Can be generated.

For example, when a plurality of participants who are lovers or friends participate in the simulation, the data manager 130 may provide information about the social relationships to the plurality of participants who are lovers or friends in order to create a comment related to their social relationships. It may be generated and provided to the comment generator 140.

A guide function including input of such member information may be provided to the comment generator 140 by the information received from the data manager 130, and the guide function may provide and interact with information necessary for the simulation participant. It can provide comment service.

The boarding induction reads the emotions of the spectators around the simulator by using the image or sound information collected through the information collecting unit 110, and generates a comment using the boarding induction voice or text in the comment generating unit 140, and this generation The boarding guidance is a service that provides the viewers through the cement output unit 20.

The customer recognition is to use the information of the data management unit 130 in the comment generation unit 140 to recognize the ID of the member to call the name, and to perform the comment using the past boarding record.

The guide includes a comment for inducing entry into and a ride into the simulator, a guide on how to wear a seat belt, and a guide for performing game content such as a simulator operation method.

When the boarding guidance is made as described above and the participants board the simulator, the simulation game proceeds.

In step S102, participants participate in a simulation to play a game, and the information collecting unit 110 collects at least one of image information, audio information, brain wave information, emotional information, and five sense information.

When a participant rides each of the plurality of simulators and a simulation game is performed, the participant manipulates the simulator to perform a simulation game such as a racing game with other participants.

In this case, the information collecting unit 110 including at least one of the camera 11, the microphone 12, and the electroencephalogram 13 installed in each simulator includes image information, voice information, brain wave information, and emotion of each simulator participant. Collect at least one of the information, the five senses information, and transmits the collected information to the comment generator 140.

In addition, the data manager 130 may provide the comment generator 140 with information about a past boarding record of a participant, information about a social relationship among the plurality of participants, and the like.

In addition, while the robot 220 installed in the fence 200 travels along the rails 210, the viewer 220 collects the video or audio information of the viewers from the camera 11 or the microphone 12 installed in the robot 220. 140).

Step S103 is a step of generating a comment to be provided to a participant or a visitor by the comment generator 140 using the information collected by the information collecting unit 110.

The comment provided to the participant or spectator may include praise, consolation, and information transmission. A compliment is a complimentary comment if a participant achieves a great experience. Comfort is to perform a comment if a participant produces poor experiences. Information delivery involves the delivery of information, such as scores, events and new content in simulation games. In addition, the comment may include a comment on how to cope with various situations occurring during a simulation game such as racing, such as changing a speed in a specific section or handling method.

The comment generating unit 140 may respond to at least one of the participant's image, voice, brain wave, emotion, and five senses in response to at least one of the collected image information, voice information, brain wave information, emotion information, and five sense information. Create In this case, the comment may be generated using a learning algorithm of artificial intelligence.

The AI learning algorithm may include at least one of a participant's past boarding record and social relation information between the plurality of participants, the camera 11, the microphone 12, and the EEG 13 provided from the data manager 130. Receives the participants' video information, audio information, brain wave information, emotional information, five sense information, at least one information, progress information of the participant performing in the current simulation game, and comprehensively analyzes these information, The past data may be learned to create a comment suitable for each of a plurality of participants and a comment suitable for socially related participants among the plurality of participants.

In addition, by analyzing the video or audio information of the viewers received from the camera 11 or the microphone 12 installed in the robot 220, and associated with the progress of the simulation game currently in progress, arouses the interest of the visitors, the simulation You can create a comment to increase your concentration on the game.

In this case, the types of comments that are provided to the viewers include a description of the current situation of the simulation participants, the progress of the simulation game, and the like, in which the comment generator 140 determines the situation and relays the simulation game to the viewers. This can be

The simulator in which the simulation of the present invention is performed is operated by a combination of three-axis linear motion, rolling, pitching, and yawing rotational motion, so that the motion of the simulator is large and dynamic. Therefore, compared to the emotions felt by the participant when playing the game with small or no motion, the user feels a variety of emotions such as speed and tension when performing a large and dynamic simulation as in the present invention. From the information of the participant's voice, the sweat sensed by the participant's hand, and the pressure applied to the steering wheel, it is possible to determine various emotional states felt by the participant during the simulation. Enhance participants' engagement and satisfaction.

Step S104 is a step of providing the comment generated by the comment generator 140 to the participant or the visitor through the comment output unit 20.

The comment generated by the comment generator 140 may provide a different comment individually for each participant through the comment output unit 20. In addition, the same comment may be simultaneously provided to all participants, or the same content may be provided only to a plurality of participants having a specific person or some social relationship among all participants, and a different content to other participants. In addition, visitors can be provided with a different content than the participants.

Step S105 is a step in which the simulation game ends and provides the participants with an end announcement. The end announcement may greet you to meet again as the end greeting.

By providing the above mentioned service, the enjoyment of the simulation participant can be doubled. In addition, it builds the response of participants or visitors to various comments (voice gender, tone, intonation, exclamation, content, etc.) performed by AI service as big data, and performs services that meet the general preferences and individual preferences. Can build intelligent database systems that contribute to improved satisfaction.

If a person makes such a comment, he or she can make a comment using only one voice, and thus individual comments for a plurality of participants cannot be provided. When using the simulator intelligent service system as described above, it is possible to provide an appropriate comment for each participant, and to provide an appropriate comment for a situation of a plurality of participants or spectators.

The computer-readable recording medium recording a program for executing the intelligent service method for a simulator according to an embodiment of the present invention may be, for example, a ROM, a RAM, a CD-ROM, a magnetic tape, a floppy disk, an optical media storage device, or the like. There is this. In addition, a computer-readable recording medium recording an application, which is a program for executing a method of providing a competitive game, according to an embodiment of the present invention, may be an application store server, an application, or a web server associated with a corresponding service. It may be a storage medium (eg, a hard disk, etc.) included in an application provider server including a server, or the like, or may be an application providing server itself, or another computer recording a program or a storage medium thereof.

The intelligent service apparatus for a simulator capable of reading a recording medium recording an application which is a program for executing the intelligent service method for a simulator according to an embodiment of the present invention is not only a general PC such as a general desktop or a laptop, but also a smart phone and a tablet. It may include a mobile terminal such as a PC and a mobile communication terminal.

As described above, the present invention has been described in detail with reference to preferred embodiments, but the present invention is not limited to the above-described embodiments, and various modifications are made within the scope of the claims and the detailed description of the invention and the accompanying drawings. It is possible to carry out by this and this also belongs to the present invention.

1: Intelligent service system for simulator
11: camera 12: microphone
13: electroencephalogram 14: input unit
20: cement output unit 100: intelligent service device for the simulator
110: information collecting unit 120: identification unit
130: data management unit 140: comment generation unit

Claims (16)

A first information collector for manipulating a simulator to collect information of a simulation participant participating in a simulation game;
A second information collector for collecting information of the viewers who watch the simulation game;
An information collector configured to collect information of a simulation participant or a visitor from the first information collector or the second information collector;
A comment generator for generating a comment to be provided to the simulation participant or the viewer from the information collected by the information collector;
Including,
At least one of the first information collector and the second information collector is an intelligent service system for a simulator installed in a robot traveling along a fence installed around the simulator. The method of claim 1,
The information, the intelligent service system for a simulator, characterized in that made of at least one of the image information, audio information received from the first information collector and the second information collector. A first information collector for manipulating a simulator to collect information of a simulation participant participating in a simulation game;
A second information collector for collecting information of the viewers who watch the simulation game;
An information collector configured to collect information of a simulation participant or a visitor from the first information collector or the second information collector;
A comment generator for generating a comment to be provided to the simulation participant or the viewer from the information collected by the information collector;
Including,
The first information collector collects at least one of emotion information, five sense information, and brain wave information of the simulation participant,
The second information collector is installed in a robot running along a fence installed around the simulator, the intelligent service system for a simulator configured to collect at least one of the viewer's image information and audio information. The method according to claim 1 or 3,
And an identification unit for determining whether the participant or the visitor is a member from the information collected by the information collection unit, and the comment generation unit generates the comment using the determination result of the identification unit. Service system The method according to claim 1 or 3,
The comment generating unit,
In the case of a plurality of participants, different comments are generated for each of the plurality of participants to provide to each of the participants,
Create a different comment for each of the participants and visitors,
Intelligent service system for a simulator, characterized in that to generate a comment on the situation of the current simulation to provide to the audience The method according to claim 1 or 3,
A data manager which stores a plurality of member information;
The comment generator generates a comment to be provided to the participant by using the member information stored in the data manager. The method of claim 6,
When the participant is plural, and the comment generator receives member information of the plurality of participants from the data manager, the social relationship is determined between the plurality of participants. Intelligent service system for a simulator, characterized in that for generating a comment corresponding to The method according to claim 1 or 3,
A data manager for managing data for generating the comment;
If the participant is not a member stored in the data management unit, the comment generation unit generates a comment to be provided to the participant using data already stored in the data management unit. delete a) The information of a simulation participant or a visitor is wired or wireless from a first information collector which collects information of a simulation participant who participates in a simulation game by operating a simulator and a second information collector that collects information of a visitor who views the simulation game. Collecting through the communication information collection unit provided in the server or cloud server;
b) generating a comment to be provided to the simulation participant or spectator from the information collected by the information collecting unit in a comment generator provided in the server or cloud server;
c) providing the comment generated by the comment generator to the participant or the visitor through a comment output unit;
Including,
The information collected by the information collecting unit in step a) includes information collected from the first information collector and the second information collector installed in the robot running along the fence installed around the simulator. Way a) The information of a simulation participant or a visitor is wired or wireless from a first information collector which collects information of a simulation participant participating in a simulation game by operating a simulator and a second information collector that collects information of a visitor who views the simulation game. Collecting through the communication information collection unit provided in the server or cloud server;
b) generating a comment to be provided to the simulation participant or spectator from the information collected by the information collecting unit in a comment generator provided in the server or cloud server;
c) providing the comment generated by the comment generator to the participant or the visitor through a comment output unit;
Including,
The first information collector collects at least one of emotion information, five sense information, and brain wave information of the simulation participant,
The second information collector is installed on a robot running along a fence installed around the simulator, the intelligent service method for a simulator configured to collect at least one of the image information and audio information of the visitor The method according to claim 10 or 11, wherein
When there are a plurality of participants, the comment generator determines a social relationship between the plurality of participants from the member information of the plurality of participants, and when it is determined that the social relationship exists, the comment corresponding to the social relationship is determined. Intelligent service method for a simulator, characterized in that by simultaneously generating and providing to the plurality of participants determined to have the social relationship through the comment output unit The method according to claim 10 or 11, wherein
When there are a plurality of participants, the comment generating unit generates different comments for each of the plurality of participants and provides them to the participants through the comment output unit during the simulation, or simultaneously provides different comments to the plurality of participants. Intelligent service method for simulators, characterized in that provided The method according to claim 10 or 11, wherein
The ment generating unit generates a different ment to the participant and the spectator to provide the participant and the spectator through the ment output unit, respectively, characterized in that the intelligent service method The method according to claim 10 or 11, wherein
The ment generating unit generates a ment for guiding the simulation participant to board the simulator and guides the boarding process of the simulation participant through the ment output unit. A recording medium on which a computer program for performing the intelligent service method for a simulator according to any one of claims 10 to 15 is recorded.

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