KR102624726B1 - Augmented reality based apparatus and method for providing wireless network design information - Google Patents

Abstract

An augmented reality-based wireless network design information providing device and method are disclosed.
An augmented reality-based wireless network design information providing device according to an embodiment of the present invention acquires terminal information including the location of a mobile communication terminal and the shooting direction and tilt angle of a camera module provided in the mobile communication terminal. wealth; an antenna installation information setting unit that sets antenna installation information including the location, direction, and tilt of the installation target antenna according to terminal information acquired at a specific time; a simulation input information transmission unit that transmits simulation input information including set antenna installation information to a predetermined server; a wireless network design information receiving unit that receives wireless network design information including simulation results of a wireless network design simulation performed using the simulation input information from the server or another server that receives the simulation input information through the server; and an augmented reality image display unit that overlaps and displays an image representing the wireless network design information on a captured image captured by the camera module and displayed on the screen of the mobile communication terminal.

Description

Augmented reality based apparatus and method for providing wireless network design information}

The present invention relates to an augmented reality-based wireless network design information providing device and method, and more specifically, to an augmented reality image providing wireless network design information around the terminal using a mobile communication terminal with a camera module. This relates to an apparatus and method for providing reality-based wireless network design information.

Recently, as wireless networks for various mobile communication technologies have been established, including the commercialization of 5G mobile communication through 4G mobile communication technologies LTE (Long Term Evolution) and LTE-A (Long Term Evolution-Advanced), wireless network design simulation tools have been developed. Interest in and requests for technology that optimizes wireless networks using is increasing.

However, as disclosed in Korean Patent Publication No. 10-2006-0003147, the existing technology designs a wireless network simply using geographic information stored in a database, so it cannot reflect actual field conditions when designing and building a wireless network. As a result, the accuracy and reliability of the wireless network design are reduced, and there is a problem that a lot of time and money is required for wireless network optimization work, such as having to perform drive tests again later.

In addition, as disclosed in Korean Patent Publication No. 10-0819236, the existing technology requires users who want to use a wireless network design program to directly enter the data required for wireless network design in a designated data form, which reduces convenience of use. There is a problem that high skill level is required to use the wireless network design program.

The technical problem that the present invention aims to solve is to improve the accuracy and reliability of wireless network design by reflecting actual field conditions when designing and constructing a wireless network, to reduce the time and cost of wireless network optimization work, and to improve the user's skill level and The aim is to provide an augmented reality-based wireless network design information provision device and method that is easy to use and enables intuitive understanding of the use and results of wireless network design simulation.

An augmented reality-based wireless network design information providing device according to an embodiment of the present invention is a device that provides wireless network design information using a mobile communication terminal with a camera module, and includes the location of the mobile communication terminal and the camera module. a terminal information acquisition unit that acquires terminal information including the shooting direction and tilt angle; an antenna installation information setting unit that sets antenna installation information including the location, direction, and tilt of the installation target antenna according to terminal information acquired at a specific time; a simulation input information transmission unit that transmits simulation input information including set antenna installation information to a predetermined server; a wireless network design information receiving unit that receives wireless network design information including simulation results of a wireless network design simulation performed using the simulation input information from the server or another server that receives the simulation input information through the server; and an augmented reality image display unit that overlaps and displays an image representing the wireless network design information on a captured image captured by the camera module and displayed on the screen of the mobile communication terminal.

In one embodiment, the terminal information acquisition unit includes a photographing performing unit that operates the camera module to perform photographing; a location information acquisition unit that acquires location information of the mobile communication terminal using a location measurement module of the mobile communication terminal; and a posture information acquisition unit that acquires posture information including a shooting direction and tilt angle of the camera module using a posture detection module of the mobile communication terminal.

In one embodiment, the antenna installation information setting unit sets the location and direction of the installation target antenna to the location of the mobile communication terminal, the shooting direction, and tilt angle of the camera module included in the terminal information acquired at the specific time, respectively. and is configured to set the slope.

In one embodiment, the simulation input information transmission unit is configured to transmit simulation input information further including an image captured by the camera module at the specific time to the server.

In one embodiment, the wireless network design information receiving unit is configured to receive wireless network design information further including information about base stations located around the location of the antenna to be installed.

In one embodiment, the augmented reality image display unit is configured to display an image related to one or more of the location of the base station or antenna, radio wave intensity, and radio wave direction according to the wireless network design information by overlapping the captured image. .

An augmented reality-based wireless network design information providing method according to an embodiment of the present invention is a method of providing wireless network design information using a mobile communication terminal having a camera module, wherein the mobile communication terminal Step (a) of acquiring terminal information including the location and the shooting direction and tilt angle of the camera module; Step (b) of the mobile communication terminal setting antenna installation information including the location, direction, and tilt of the installation target antenna according to terminal information acquired at a specific time; Step (c) of the mobile communication terminal transmitting simulation input information including set antenna installation information to a predetermined server; (d) where the mobile communication terminal receives wireless network design information including a simulation result of a wireless network design simulation performed using the simulation input information from the server or another server that receives the simulation input information through the server. ) step; and a step (e) in which the mobile communication terminal overlaps and displays an image representing the wireless network design information on a captured image captured by the camera module and displayed on the screen of the mobile communication terminal.

In one embodiment, the step (a) includes a step (a1) in which the mobile communication terminal operates the camera module to take pictures; Step (a2) of the mobile communication terminal acquiring location information of the mobile communication terminal using a location measurement module of the mobile communication terminal; and a step (a3) of the mobile communication terminal acquiring posture information including the shooting direction and tilt angle of the camera module using the posture detection module of the mobile communication terminal.

In one embodiment, in step (b), the mobile communication terminal sets the location of the mobile communication terminal, the shooting direction, and the tilt angle of the camera module included in the terminal information acquired at the specific time to the installation target. It includes setting the position, direction, and tilt of the antenna.

In one embodiment, step (c) includes the mobile communication terminal transmitting simulation input information further including an image captured by the camera module at the specific time to the server.

In one embodiment, step (d) includes the mobile communication terminal receiving wireless network design information further including information about base stations located around the location of the antenna to be installed.

In one embodiment, in step (e), the mobile communication terminal overlaps the captured image with one or two or more of the location, radio wave intensity, and radio wave direction of the base station or antenna according to the wireless network design information. It includes the step of displaying.

Embodiments according to the present invention can be implemented using a computer program recorded on a recording medium as a computer program that executes the above-described operations or methods through a computer system.

According to the present invention, antenna installation information including the expected installation location, direction, and tilt of the antenna to be installed is set through a mobile communication terminal that can be carried at a base station or antenna installation work site, and a wireless network according to the set antenna installation information is set. By displaying design simulation results on the screen of a mobile communication terminal in real time, actual field conditions can be reflected when designing and building a wireless network, improving the accuracy and reliability of wireless network design and reducing the time and cost of wireless network optimization work. can do.

In addition, the operator automatically sets the antenna installation information required for wireless network design simulation by simply adjusting the camera posture of the mobile communication terminal at the antenna installation location, and displays the simulation results as an augmented reality image on the screen of the mobile communication terminal. By displaying it, it is easy to use regardless of the user's skill level and enables intuitive understanding of the use and results of wireless network design simulation.

Furthermore, those skilled in the art to which the present invention pertains will be able to clearly understand from the following description that various embodiments according to the present invention can solve various technical problems not mentioned above.

Figure 1 is a diagram showing a wireless network design system to which the present invention is applied.
Figure 2 is a block diagram showing an augmented reality-based wireless network design information providing device according to an embodiment of the present invention.
Figure 3 is a flowchart showing a method of providing augmented reality-based wireless network design information according to an embodiment of the present invention.
Figure 4 is a diagram showing an example of a captured image displayed on the screen of a mobile communication terminal.
Figure 5 is a diagram showing an example of an augmented reality image displayed on the screen of a mobile communication terminal.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings to clarify solutions to the technical problems of the present invention. However, in describing the present invention, if the description of related known technology rather obscures the gist of the present invention, the description thereof will be omitted. Additionally, the terms used in this specification are terms defined in consideration of the functions in the present invention, and may vary depending on the intention or custom of the designer, manufacturer, etc. Therefore, definitions of terms described below should be made based on the content throughout this specification.

Figure 1 shows a wireless network design system to which the present invention is applied.

As shown in Figure 1, the wireless network design system to which the present invention is applied includes a mobile communication terminal 10, a network management server 20, and a simulation server 30, and according to the embodiment, a geographic information server ( 40) may further be included.

The mobile communication terminal 10 is a portable device that has a camera module and is capable of data communication, such as a smartphone, tablet PC, or PDA (Personal Digital Assistant). As will be explained again below, workers performing base station or antenna installation work use the mobile communication terminal 10 they carry to access the network management server 20 or simulation server 30 to provide wireless network design information. You can receive it.

The network management server 20 is a server corresponding to an NMS server of a Network Management System (NMS) and is a server that monitors, controls, and manages resources and equipment of a wireless network. The network management server 20 stores and manages base station information, such as the location, antenna direction, tilt, and output of base stations constituting the wireless network, in a database.

In this specification, the ‘location’ of a base station, antenna, or mobile communication terminal may include a horizontal position that can be expressed in latitude and longitude, as well as a vertical position that can be expressed in altitude.

In addition, when a request for wireless network design information is received from the mobile communication terminal 10, the network management server 20 uses the location information of the mobile communication terminal 10 to search the current surroundings of the mobile communication terminal 10 in the database. Information about existing base stations can be obtained, and the obtained information can be transmitted to the simulation server 30 as simulation input information.

The simulation server 30 is a server that performs wireless network design simulation using a wireless network design simulation tool such as CellTrek developed by KT Co., Ltd. This simulation server 30 is a network management server that provides basic information for performing simulation. It is received from (20) to perform a wireless network design simulation, and when the simulation is completed, the simulation results can be transmitted to the mobile communication terminal (10).

In this case, when the mobile communication terminal 10 receives wireless network design information including simulation results from the simulation server 30 or the network management server 20, the mobile communication terminal 10 moves the received wireless network design information using augmented reality technology. It can be displayed on the screen of the communication terminal 10. To this end, a device for providing wireless network design information according to an embodiment of the present invention may be installed in the mobile communication terminal 10. As will be explained again below, the wireless network design information providing device installed in the mobile communication terminal 10 can be implemented as an application that controls the mobile communication terminal 10 in combination with the hardware of the mobile communication terminal 10. Of course, it may be implemented as a separate device that is electrically connected to the mobile communication terminal 10 and interoperates with the mobile communication terminal 10.

The geographic information server 40 is a server that provides map information or terrain information required for wireless network design simulation to the network management server 20 or the simulation input information transmission unit 130. This geographic information server 40 may include a Geographic Information System (GIS) or be configured to interoperate with GIS.

Figure 2 shows a block diagram of an augmented reality-based wireless network design information providing device 100 according to an embodiment of the present invention.

As shown in FIG. 2, the wireless network design information providing device 100 according to an embodiment of the present invention may be installed in the mobile communication terminal 10. The mobile communication terminal 10 on which the wireless network design information providing device 100 is installed includes a communication module 11 that performs data communication, a display 12 that outputs a visual image, and an image sensor such as a CCD (Charge Coupled Device). A camera module 13 that takes images using a camera module 13, a position measurement module 14 that measures the location of the mobile communication terminal 10 based on GPS (Global Positioning System) or a mobile communication base station, and a gyro sensor. It may include a posture detection module 15 that detects the posture of the mobile communication terminal 10 using a posture sensor such as ) or an acceleration sensor, and an input module 16 that receives user input. Depending on the embodiment, the position measurement module 14 may be configured to measure the vertical position of the mobile communication terminal 10 using an altitude sensor or an air pressure sensor.

The wireless network design information providing device 100 can provide wireless network design information based on augmented reality technology using the mobile communication terminal 10. For this purpose, the wireless network design information providing device 100 includes a terminal information acquisition unit 110, an antenna installation information setting unit 120, a simulation input information transmitting unit 130, a wireless network design information receiving unit 140, and augmented reality. It may include an image display unit 150.

The terminal information acquisition unit 110 is configured to acquire terminal information including the location of the mobile communication terminal 10 and the shooting direction and tilt angle of the camera module 13. To this end, the terminal information acquisition unit 110 uses the photography performing unit 112, which operates the camera module 13 to perform photography, and the position measurement module 14 of the mobile communication terminal 10 ( Position information including the shooting direction and tilt angle of the camera module 13 is obtained using the position information acquisition unit 114, which acquires the position information of the mobile communication terminal 10, and the position detection module 15 of the mobile communication terminal 10. It may include a posture information acquisition unit 116 that acquires posture information.

The antenna installation information setting unit 120 is configured to set antenna installation information including the location, direction, and tilt of the installation target antenna according to terminal information obtained at a specific time by a user's command. In this case, the antenna installation information setting unit 120 sets the location of the mobile communication terminal, the shooting direction, and tilt angle of the camera module included in the terminal information acquired at a specific time as the location, direction, and tilt of the installation target antenna, respectively. It can be configured to set

The simulation input information transmission unit 130 is configured to transmit simulation input information including antenna installation information set by the antenna installation information setting unit 120 to a predetermined server. In this case, the simulation input information transmission unit 130 may be configured to transmit simulation input information to the simulation server 30 through the network management server 20. Depending on the embodiment, the simulation input information transmission unit 130 may be configured to directly transmit simulation input information to the simulation server 30. Additionally, the simulation input information transmission unit 130 may be configured to further include an image captured by the camera module 13 at the specific time point in the simulation input information and transmit it to the corresponding server.

The wireless network design information receiving unit 140 receives the simulation results of the wireless network design simulation performed using the simulation input information from the server that received the simulation input information or another server that received the simulation input information through the corresponding server. It is configured to receive wireless network design information, including: In this case, the wireless network design information receiver 140 may be configured to receive wireless network design information that further includes information about base stations located around the location of the antenna to be installed.

The augmented reality image display unit 150 is configured to display an image representing the wireless network design information by overlapping the captured image captured by the camera module 13 and displayed on the display screen of the mobile communication terminal 10. In this case, the augmented reality image display unit 150 may be configured to display images related to one or more of the location, radio wave intensity, and radio wave direction of the base station or antenna according to wireless network design information, overlapping the captured image.

Figure 3 shows a flowchart of a method for providing augmented reality-based wireless network design information according to an embodiment of the present invention. With reference to FIG. 3, detailed operations of the mobile communication terminal 10 equipped with the wireless network design information providing device 100 will be described in chronological order.

As shown in FIG. 3, when a worker performing base station or antenna installation work executes the wireless network design information providing device 100 of the mobile communication terminal 10 at the antenna installation candidate site, the wireless network design information providing device 100 The terminal information acquisition unit 110 of acquires terminal information including the location of the mobile communication terminal 10 and the shooting direction and tilt angle of the camera module 13 (S310, S320).

That is, the photographing unit 112 of the mobile communication terminal 10 operates the camera module 13 to perform photographing (S310). While shooting through the camera module 13 is performed, the location information acquisition unit 114 of the mobile communication terminal 10 acquires location information of the mobile communication terminal 10 using the location measurement module 14, The posture information acquisition unit 116 of the mobile communication terminal 10 acquires posture information including the shooting direction and tilt angle of the camera module 13 using the posture detection module 15 of the mobile communication terminal 10. (S320).

Next, the antenna installation information setting unit 120 of the mobile communication terminal 10 provides antenna installation information including the location, direction, and tilt of the installation target antenna, according to terminal information obtained at a specific time by a user's command. Set (S330). In this case, the antenna installation information setting unit 120 sets the location, direction, and tilt of the installation target antenna to the location of the mobile communication terminal, the shooting direction, and tilt angle of the camera module included in the terminal information acquired at the specific time, respectively. It can be set to . As previously mentioned, the ‘location’ of a mobile communication terminal or antenna may include a horizontal position that can be expressed in latitude and longitude, as well as a vertical position that can be expressed in altitude.

Figure 4 shows an example of a captured image displayed on the screen of a mobile communication terminal.

As shown in FIG. 4, the captured image I captured through the camera module 13 can be displayed on the screen 12 of the mobile communication terminal 10 in real time. Additionally, the screen 12 of the mobile communication terminal 10 may include an image display unit 12a on which the captured image I is displayed and an additional information display unit 12b on which additional information is displayed. In this case, the additional information display unit 12b includes the location (X) of the mobile communication terminal 10 acquired by the location information acquisition unit 114, the shooting direction (Y) and tilt angle (Z) of the camera module 13. Information regarding such things may be displayed. After adjusting the mobile communication terminal 10 to the desired posture, the worker touches the 'Confirm' tab to change the position of the mobile communication terminal at that point in time, the shooting direction and tilt angle of the camera module to the position, direction and tilt of the installation target antenna, respectively. It can be set to .

Referring again to FIG. 3, the simulation input information transmission unit 130 of the mobile communication terminal 10 transmits simulation input information including the antenna installation information set by the antenna installation information setting unit 120 to the communication module 11. It is transmitted to a predetermined server through (S340). In this case, the simulation input information transmission unit 130 may transmit the simulation input information to the network management server 20. Depending on the embodiment, the simulation input information transmission unit 130 may be configured to directly transmit simulation input information to the simulation server 30. In addition, the simulation input information transmission unit 130 further includes the captured image captured by the camera module 13 at the specific time point in the simulation input information and transmits it to the corresponding server to be used as input information for wireless network design simulation. can do.

The network management server 20 refers to the antenna location information included in the simulation input information and adds information about the surrounding base stations, such as the location of the base station already installed around the mobile communication terminal 10, antenna direction, inclination, and output, to the simulation input information. It is included and delivered to the simulation server 30 (S350). Then, the simulation server 30 performs a wireless network design simulation using a wireless network design simulation tool (S360), and when the simulation is completed, the simulation result is sent to the mobile communication terminal 10 through the network management server 20. Transmit (S370). Depending on the embodiment, the simulation server 30 may directly transmit the simulation results to the mobile communication terminal 10.

Next, the wireless network design information receiver 140 of the mobile communication terminal 10 receives the wireless network including the simulation results from the server that received the simulation input information or another server that received the simulation input information through the server. Receive design information. In this case, the wireless network design information receiver 140 may receive wireless network design information from the network management server 20 that further includes information about base stations located around the location of the antenna to be installed.

Next, the augmented reality image display unit 150 of the mobile communication terminal 10 applies augmented reality technology to the captured image captured by the camera module 13 and displayed on the display screen of the mobile communication terminal 10. Images representing the wireless network design information are overlapped and displayed (S390). In this case, the augmented reality image display unit 150 may display images related to one or more of the location, radio wave intensity, and radio wave direction of the base station or antenna according to the wireless network design information, overlapping the captured image.

Figure 5 shows an example of an augmented reality image displayed on the screen of a mobile communication terminal.

As shown in FIG. 5, the augmented reality image display unit 150 of the mobile communication terminal 10 displays an augmented reality image that overlaps an image representing the wireless network design information with a captured image captured through the camera module 13. (I') can be displayed on the image display unit 12a of the screen 12 of the mobile communication terminal 10. In this case, the augmented reality image (I') may display images related to one or two or more of the location, radio wave intensity, and radio wave direction of the base station or antenna according to the wireless network design information received from the network management server 20. . In addition, the additional information display unit 12b of the screen 12 of the mobile communication terminal 10 includes information about the location (X), direction (Y), and tilt (Z) of the installation target antenna set as antenna installation information and the wireless network. Numerical information regarding design simulation results may be displayed.

Meanwhile, embodiments according to the present invention may be implemented with a computer system and a computer program that runs the computer system. When embodiments of the present invention are implemented as a computer program, the components of the present invention are program segments that execute the corresponding operation or task through the computer system. These computer programs or program segments may be stored in various computer-readable recording media. Computer-readable recording media include all types of media that record data that can be read by a computer system. For example, computer-readable recording media may include ROM, RAM, EEPROM, registers, flash memory, CD-ROM, magnetic tape, hard disk, floppy disk, or optical data recording device. Additionally, these recording media can be distributed across computer systems connected to various networks to store or execute program codes in a distributed manner.

As described above, according to the present invention, antenna installation information including the expected installation location, direction, and tilt of the antenna to be installed is set through a mobile communication terminal that can be carried at a base station or antenna installation work site, and the set antenna is installed. By displaying information-based wireless network design simulation results on the screen of a mobile communication terminal in real time, actual field conditions can be reflected when designing and building a wireless network, improving the accuracy and reliability of wireless network design, and improving wireless network optimization work. You can save time and cost.

In addition, the operator automatically sets the antenna installation information required for wireless network design simulation by simply adjusting the camera posture of the mobile communication terminal at the antenna installation location, and displays the simulation results as an augmented reality image on the screen of the mobile communication terminal. By displaying it, it is easy to use regardless of the user's skill level and enables intuitive understanding of the use and results of wireless network design simulation.

Furthermore, of course, the embodiments according to the present invention can solve various technical problems other than those mentioned in this specification in the relevant technical field as well as in the related technical field.

So far, the present invention has been described with reference to specific embodiments. However, those skilled in the art will clearly understand that various modified embodiments can be implemented within the technical scope of the present invention. Therefore, the previously disclosed embodiments should be considered from an explanatory perspective rather than a limiting perspective. In other words, the scope of the true technical idea of the present invention is shown in the claims, and all differences within the scope of equivalents should be construed as being included in the present invention.

100: Wireless network design information provision device 110: Terminal information acquisition unit
112: Photographing performance unit 114: Location information acquisition unit
116: Attitude information acquisition unit 120: Antenna installation information setting unit
130: Simulation input information transmission unit 140: Wireless network design information reception unit
150: Augmented reality image display unit

Claims (13)

An augmented reality-based wireless network design information providing device that provides wireless network design information using a mobile communication terminal with a camera module,
a terminal information acquisition unit that acquires terminal information including the location of the mobile communication terminal and the shooting direction and tilt angle of the camera module;
an antenna installation information setting unit that sets antenna installation information including the location, direction, and tilt of the installation target antenna according to terminal information acquired at a specific time;
a simulation input information transmission unit that transmits simulation input information including set antenna installation information to a predetermined server;
a wireless network design information receiving unit that receives wireless network design information including simulation results of a wireless network design simulation performed using the simulation input information from the server or another server that receives the simulation input information through the server; and
An augmented reality image display unit that overlaps and displays an image representing the wireless network design information on a captured image captured by the camera module and displayed on the screen of the mobile communication terminal,
The antenna installation information setting unit,
Augmented reality-based, characterized in that the location of the mobile communication terminal, the shooting direction, and the tilt angle of the camera module included in the terminal information acquired at the specific time are set to the location, direction, and tilt of the installation target antenna, respectively. A device that provides wireless network design information. According to paragraph 1,
The terminal information acquisition unit,
a photographing performing unit that operates the camera module to perform photographing;
a location information acquisition unit that acquires location information of the mobile communication terminal using a location measurement module of the mobile communication terminal; and
An augmented reality-based wireless network design information providing device comprising a posture information acquisition unit that acquires posture information including a shooting direction and tilt angle of the camera module using a posture detection module of the mobile communication terminal. delete According to paragraph 1,
The augmented reality-based wireless network design information providing device, wherein the simulation input information transmission unit is configured to transmit simulation input information further including an image captured by the camera module at the specific time to the server. According to paragraph 1,
The wireless network design information receiving unit is configured to receive wireless network design information further including information about base stations located around the location of the antenna to be installed. According to paragraph 1,
The augmented reality image display unit is configured to display images related to one or more of the location of the base station or antenna, radio wave intensity, and radio wave direction according to the wireless network design information by overlapping the captured image. A device that provides wireless network design information. An augmented reality-based wireless network design information providing method that provides wireless network design information using a mobile communication terminal with a camera module,
Step (a) of the mobile communication terminal acquiring terminal information including the location of the mobile communication terminal and the shooting direction and tilt angle of the camera module;
Step (b) of the mobile communication terminal setting antenna installation information including the location, direction, and tilt of the installation target antenna according to terminal information acquired at a specific time;
Step (c) of the mobile communication terminal transmitting simulation input information including set antenna installation information to a predetermined server;
(d) where the mobile communication terminal receives wireless network design information including a simulation result of a wireless network design simulation performed using the simulation input information from the server or another server that receives the simulation input information through the server. ) step; and
A step (e) of the mobile communication terminal overlapping and displaying an image representing the wireless network design information on a captured image captured by the camera module and displayed on the screen of the mobile communication terminal,
In step (b), the mobile communication terminal determines the location, direction, and direction of the installation target antenna, respectively, by determining the location of the mobile communication terminal, the shooting direction, and tilt angle of the camera module included in the terminal information acquired at the specific time. A method of providing wireless network design information based on augmented reality, comprising the step of setting a slope. In clause 7,
In step (a),
Step (a1) of the mobile communication terminal operating the camera module to take pictures;
Step (a2) of the mobile communication terminal acquiring location information of the mobile communication terminal using a location measurement module of the mobile communication terminal; and
An augmented reality-based wireless network comprising the step (a3) of the mobile communication terminal acquiring posture information including the shooting direction and tilt angle of the camera module using a posture detection module of the mobile communication terminal. How to provide design information. delete In clause 7,
The step (c) includes transmitting, by the mobile communication terminal, simulation input information further including an image captured by the camera module at the specific time to the server. How to provide network design information. In clause 7,
Step (d) includes the step of receiving, by the mobile communication terminal, wireless network design information further including information about base stations located around the location of the antenna to be installed. How to provide network design information. In clause 7,
The step (e) includes the step of displaying, by the mobile communication terminal, an image related to one or more of the location of the base station or antenna, the intensity of radio waves, and the direction of radio waves according to the wireless network design information, overlapping with the captured image. A method of providing wireless network design information based on augmented reality. A computer program that executes the method according to any one of claims 7 to 8 and 10 to 12 through a computer system, and is recorded on a recording medium.

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