1. Real standard system of communication infrastructure maintenance skill based on VR virtual reality technique, including display end module, high in the clouds module and operation end module, VR terminal module, its characterized in that:

the display module is specifically set to be connected with the VR terminal module through a PC computer, a student logs in the VR pre-post skill training system, and virtual skill real-time training is carried out by wearing a VR head display;

the cloud module comprises a database server and is used for storing a three-dimensional teaching scene, a three-dimensional guide model, an operation tutorial, an equipment data model, an equipment picture, characters, operation guide voice, a first visual angle video, personnel information data and assessment data; the application server is used for installing a VR communication facility pre-post skill training system, connecting VR equipment and installing the equipment in a teaching base; the WEB server is used for installing a VR intelligent assessment system and providing application operation service for PC end equipment and mobile end equipment; the system comprises a gateway module, a database server, a database and a practical training resource library, wherein the gateway module is used for data transmission among a display terminal, a cloud terminal and an operation terminal, the database server is also used for recording hand motion data, leg motion data, user postures and distances between users and targets, and recording maintenance processes, and data classification modules arranged in the database server are electrically connected to the practical training resource library, so that extracted information can be recorded in real time, and the practical training resource library can be effectively managed;

the operating end module comprises a VR head display module, the VR head display module is used for a student to log in a VR pre-post skill training system and perform virtual skill practical training by wearing the VR head display, the VR head display module comprises a collecting camera, the VR head display module comprises a head-wearing control unit, a head-wearing inertia measurement unit and a display unit, and the head-wearing inertia measurement unit is used for collecting head movement data; the hand equipment comprises a hand inertia measuring unit and a vibration motor, wherein the hand inertia measuring unit is used for collecting hand motion data; the leg device comprises a leg inertial measurement unit, and the leg inertial measurement unit is used for acquiring leg motion data; in the skill training, head motion data, hand motion data and leg motion data are collected in real time and sent to a head-wearing control unit, and the head-wearing control unit controls a display unit to display a corresponding virtual scene according to the received head motion data, hand motion data and leg motion data; the head-mounted control unit generates a feedback signal according to the virtual scene and controls the vibration motor to vibrate;

the system also comprises a database establishing module which is configured to establish a model base, an algorithm base and a fault information base and provide required models, algorithms, interfaces and fault information for the troubleshooting operation training platform and the calculation center module;

the data center module is configured to receive and store model configuration parameters uploaded by the client, configuration parameters for building a simulation environment, fault configuration information and fault removal process parameter information;

the calculation center module is configured to call framing, data analysis, fault generation and fault elimination algorithms in the algorithm library, and data transmission modes and configuration parameter information in the data center module, simulate a bottom data transmission mode of the communication equipment, dynamically frame data transmitted by the communication equipment, generate a fault event of the communication equipment, analyze faults of the communication equipment, troubleshoot the communication faults, and transmit simulation and troubleshooting results to a troubleshooting operation training platform;

the troubleshooting operation practical training platform is configured to obtain configuration information from the data center module, call a model in a database, build a simulated practical training operation environment of the communication equipment, call an algorithm in an algorithm library to edit and adjust the simulated practical training operation environment, and store generated environment information and parameters into the data center module; and configuring fault information in the simulated practical training operation environment, generating a VR operation environment, and performing troubleshooting operation.

2. The VR virtual reality technology based communication infrastructure troubleshooting training system of claim 1 wherein: the VR intelligent assessment system comprises a VR virtual base station, a VR virtual iron tower scene, a base station equipment training interactive operation scene, an antenna maintenance scene, a feeder line maintenance scene, a lightning protection grounding maintenance scene and a special VR teaching scene, wherein the special VR teaching scene comprises a terrorist psychological training scene, a simulated extreme condition scene and a simulated maintenance accident experience scene, and the terrorist psychological training scene can effectively train an iron tower to maintain the terrorist psychology of trainees by performing climbing training on the VR virtual iron tower scene and simultaneously reduce the risk coefficient of climbing training in a real scene; the simulated extreme condition scene comprises damage to the iron tower caused by strong wind, damage to the iron tower caused by earthquake, damage to the iron tower caused by fire, damage to the iron tower caused by foundation settlement, and damage to the iron tower caused by slope collapse, and trainees can effectively master how to deal with the accident in the virtual scene to maintain the iron tower; the simulation takes place to overhaul harm that the accident experienced that the trainee caused through experience the operation violating the regulations in the scene, specifically include that the high altitude falls, electrocute, instrument drop, iron tower trouble that misoperation caused, experience the harmfulness of the operation violating the regulations.

3. The VR virtual reality technology based communication infrastructure troubleshooting training system of claim 2 wherein: the VR virtual iron tower scene comprises checking basic levelness; tower root, opening and center distance; integrity of the ground leg bolt; whether the tower footing and the tower footing plate collapse or not; degree of tower body deviation; the degree of torsion of the tower body; local curvature of the tower body; a tower body grounding resistance; corrosion degree of the tower body; the overall bolt torque; bending, bonding rate and gap size of materials of each part of the tower body; a tower platform and a ladder stand; a cabling rack; and (4) navigation mark.

4. The VR virtual reality technology based communication infrastructure troubleshooting training system of claim 3 wherein: the base station equipment training interactive operation scene comprises an inspection machine room, a switching power supply, a storage battery, a moving ring monitoring system, mobile communication equipment, transmission equipment, an optical cable, an integrated cabinet, an air conditioner, a distribution box, a power supply monitoring system, a fire extinguisher and a GPS navigation mark lamp.

5. The VR virtual reality technology based communication infrastructure troubleshooting training system of claim 4 wherein: the antenna overhaul scene comprises an inspection antenna extension arm and a holding pole; mounting an antenna; an antenna and lightning protection; an antenna and an environment; an antenna standing wave ratio; an antenna tail line; the feeder line overhauling scene comprises the steps of inspecting the upper connector and the lower connector of the feeder line; the feeder line is marked indoors and outdoors; installing a feeder line; a feeder line clamp; a radius of curvature of the feed line; a feeder line body; the feeder line is grounded at three points; a ground resistor; standing-wave ratio; a feeder wave channel opening; a feeder line rack; an upper soft jumper and a lower soft jumper; a feeder line arrester; the lightning protection grounding overhaul scene comprises the step of inspecting a lightning rod; a special lead for the lightning rod; the feeder line is grounded at three points; installing a lightning arrester; a ground line; and a ground resistor.

6. The VR virtual reality technology based communication infrastructure troubleshooting training system of claim 1 wherein: the operating end module further comprises a practical training host, the practical training host is in communication connection with the cloud end module, the practical training host is used for processing video data of the current environment to generate VR video data of a first visual angle of a wearer, and the practical training host is further used for providing practical training VR video data for the VR head display module.

7. The VR virtual reality technology based communication infrastructure troubleshooting training system of claim 1 wherein: the system further comprises a teaching scene selection switch, wherein the teaching scene selection switch can be used for selecting different scenes in a practical training mode and controlling the VR head display module to display practical training VR video data.

8. The VR virtual reality technology based communication infrastructure troubleshooting training system of claim 7 wherein: when the teaching scene selection switch is turned on, the practical training mode instruction is sent to the practical training host, and the practical training host sends the practical training VR video data to the VR head display module after receiving the practical training mode instruction.

9. The VR virtual reality technology based communication infrastructure troubleshooting training system of claim 6 wherein: when training personnel wear the VR head display module to carry out practical training, the acquisition camera on the VR head display module acquires the operation of the training personnel in real time, transmits information to the cloud module, judges whether the training operation is correct after professional analysis through the cloud module, and transmits the correct operation steps to the VR head display module to guide the training personnel.

10. The VR virtual reality technology based communication infrastructure troubleshooting training system of claim 1 wherein: still be provided with the fault detection module in the VR head display module, can carry out real-time supervision to wearing the terminal to can in time discover the problem, and fault detection module electric connection catches the module and wear the control unit in the action, fault detection module electric connection still has bee calling organ, and bee calling organ electric connection wears the control unit in the action to can warn the problem, thereby handle fast.

Background

Communication infrastructure maintainers must be trained before working on duty, and need to obtain relevant corresponding qualifications, especially, the structures, functions and working principles of iron towers, base station corollary equipment and transmission equipment need to be fully mastered; in actual work, a large amount of communication infrastructures need to be frequently disassembled, assembled and maintained, but due to the fact that systematic and specialized practical training is not carried out, the large amount of communication infrastructures are not maintained, maintained and integrated and utilized professionally, and therefore the large amount of communication infrastructures are not scrapped normally, and therefore a communication infrastructure overhaul skill training system based on a VR virtual reality technology is provided.

Disclosure of Invention

The invention aims to solve the defects in the prior art, and provides a communication infrastructure maintenance skill training system based on a VR virtual reality technology, which can effectively improve the training practical operation capability of maintainers, thereby avoiding the problem of abnormal scrapping of communication facilities caused by insufficient training practical operation capability of the maintainers.

In order to achieve the purpose, the invention provides the following technical scheme:

the communication infrastructure maintenance skill training system based on the VR virtual reality technology comprises a display end module, a cloud end module, an operation end module and a VR terminal module, wherein the display end module is specifically set as a PC (personal computer) connected with the VR terminal module, a student logs in the VR pre-post skill training system, and virtual mode skill training is carried out by wearing a VR head display;

the cloud module comprises a database server and is used for storing a three-dimensional teaching scene, a three-dimensional guide model, an operation tutorial, an equipment data model, an equipment picture, characters, operation guide voice, a first visual angle video, personnel information data and assessment data; the application server is used for installing a VR communication facility pre-post skill training system, connecting VR equipment and installing the equipment in a teaching base; the WEB server is used for installing a VR intelligent assessment system and providing application operation service for PC end equipment and mobile end equipment; the system comprises a gateway module, a database server, a database and a practical training resource library, wherein the gateway module is used for data transmission among a display terminal, a cloud terminal and an operation terminal, the database server is also used for recording hand motion data, leg motion data, user postures and distances between users and targets, and recording maintenance processes, and data classification modules arranged in the database server are electrically connected to the practical training resource library, so that extracted information can be recorded in real time, and the practical training resource library can be effectively managed;

the operating end module comprises a VR head display module, the VR head display module is used for a student to log in a VR pre-post skill training system and perform virtual skill practical training by wearing the VR head display, the VR head display module comprises a collecting camera, the VR head display module comprises a head-wearing control unit, a head-wearing inertia measurement unit and a display unit, and the head-wearing inertia measurement unit is used for collecting head movement data; the hand equipment comprises a hand inertia measuring unit and a vibration motor, wherein the hand inertia measuring unit is used for collecting hand motion data; the leg device comprises a leg inertial measurement unit, and the leg inertial measurement unit is used for acquiring leg motion data; in the skill training, head motion data, hand motion data and leg motion data are collected in real time and sent to a head-wearing control unit, and the head-wearing control unit controls a display unit to display a corresponding virtual scene according to the received head motion data, hand motion data and leg motion data; the head-mounted control unit generates a feedback signal according to the virtual scene and controls the vibration motor to vibrate;

the system also comprises a database establishing module which is configured to establish a model base, an algorithm base and a fault information base and provide required models, algorithms, interfaces and fault information for the troubleshooting operation training platform and the calculation center module;

the data center module is configured to receive and store model configuration parameters uploaded by the client, configuration parameters for building a simulation environment, fault configuration information and fault removal process parameter information;

the calculation center module is configured to call framing, data analysis, fault generation and fault elimination algorithms in the algorithm library, and data transmission modes and configuration parameter information in the data center module, simulate a bottom data transmission mode of the communication equipment, dynamically frame data transmitted by the communication equipment, generate a fault event of the communication equipment, analyze faults of the communication equipment, troubleshoot the faults of the communication equipment, and transmit simulation and troubleshooting results to a troubleshooting operation training platform;

the troubleshooting operation practical training platform is configured to obtain configuration information from the data center module, call a model in a database, build a simulated practical training operation environment of the communication equipment, call an algorithm in an algorithm library to edit and adjust the simulated practical training operation environment, and store generated environment information and parameters into the data center module; and configuring fault information in the simulated practical training operation environment, generating a VR operation environment, and performing troubleshooting operation.

Preferably, the VR intelligent assessment system comprises a VR virtual iron tower scene, a base station equipment training interactive operation scene, an antenna overhaul scene, a feeder overhaul scene, a lightning protection grounding overhaul scene and a special VR teaching scene, wherein the special VR teaching scene comprises a terrorist psychological training scene, a simulated extreme condition scene and a simulated overhaul accident experience scene, and the terrorist psychological training scene can effectively train an iron tower to maintain the terrorist psychology of trained personnel by performing climbing training on the VR virtual iron tower scene and simultaneously reduce the risk coefficient of climbing training in a real scene; the simulated extreme condition scene comprises damage to the iron tower caused by strong wind, damage to the iron tower caused by earthquake, damage to the iron tower caused by fire, damage to the iron tower caused by foundation settlement, and damage to the iron tower caused by slope collapse, and trainees can effectively master how to deal with the accident in the virtual scene to maintain the iron tower; the simulation takes place to overhaul harm that the accident experienced that the trainee caused through experience the operation violating the regulations in the scene, specifically include that the high altitude falls, electrocute, instrument drop, iron tower trouble that misoperation caused, experience the harmfulness of the operation violating the regulations.

Preferably, the VR virtual iron tower scene comprises checking a basic levelness; tower root, opening and center distance; integrity of the ground leg bolt; whether the tower footing and the tower footing plate collapse or not; degree of tower body deviation; the degree of torsion of the tower body; local curvature of the tower body; a tower body grounding resistance; corrosion degree of the tower body; the overall bolt torque; bending, bonding rate and gap size of materials of each part of the tower body; a tower platform and a ladder stand; a cabling rack; and (4) navigation mark.

Preferably, the base station equipment training interactive operation scene comprises an inspection machine room, a switching power supply, a storage battery, mobile communication equipment, transmission equipment, an optical cable, a comprehensive cabinet, an air conditioner, a distribution box, a power supply monitoring system, a fire extinguisher and a GPS beacon light.

Preferably, the antenna overhaul scene comprises an inspection antenna extension arm and a holding pole; mounting an antenna; an antenna and lightning protection; an antenna and an environment; an antenna standing wave ratio; an antenna tail line; the feeder line overhauling scene comprises the steps of inspecting the upper connector and the lower connector of the feeder line; the feeder line is marked indoors and outdoors; installing a feeder line; a feeder line clamp; a radius of curvature of the feed line; a feeder line body; the feeder line is grounded at three points; a ground resistor; standing-wave ratio; a feeder wave channel opening; a feeder line rack; an upper soft jumper and a lower soft jumper; a feeder line arrester; the lightning protection grounding overhaul scene comprises the step of inspecting a lightning rod; a special lead for the lightning rod; the feeder line is grounded at three points; installing a lightning arrester; a ground line; and a ground resistor.

Preferably, the operation end module further comprises a practical training host, the practical training host is in communication connection with the cloud end module, the practical training host is used for processing video data of the current environment to generate VR video data of a first visual angle of a wearer, and the practical training host is further used for providing practical training VR video data for the VR head display module.

Preferably, the system further comprises a teaching scene selection switch, wherein the teaching scene selection switch can be used for selecting different scenes in the practical training mode and controlling the VR head display module to display practical training VR video data.

Preferably, when the teaching scene selection switch is turned on, the practical training mode instruction is sent to the practical training host, and the practical training host sends the practical training VR video data to the VR head display module after receiving the practical training mode instruction.

Preferably, when training personnel wear the VR head display module to carry out real-time training, the acquisition camera on the VR head display module acquires the operation of the training personnel in real time, transmits information to the cloud module, judges whether the training operation is correct after professional analysis through the cloud module, and transmits the correct operation steps to the VR head display module to guide the training personnel.

Preferably, still be provided with the fault detection module in the VR head shows the module, can carry out real-time supervision to wearing the terminal to can in time discover the problem, and fault detection module electric connection catches the module and wear the control unit in the action, fault detection module electric connection still has bee calling organ, and bee calling organ electric connection wears the control unit in the action to can warn the problem, thereby handle fast.

The invention has the technical effects and advantages that: compared with the traditional communication infrastructure maintainer on-duty training, the communication infrastructure maintenance skill training system based on the VR virtual reality technology can comprehensively simulate various scenes which can be met, so that the communication infrastructure maintainer can carry out simulation training in different scenes, and the capability of the maintainer in practical training is effectively improved.

Drawings

Fig. 1 is a functional architecture diagram of a communication infrastructure repair skill training system of the present invention;

fig. 2 is a base station equipment overhaul scene VR practical training system architecture diagram of the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail with reference to the following embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The invention provides a communication infrastructure maintenance skill training system based on VR virtual reality technology as shown in FIGS. 1-2, which comprises a display module, a cloud module, an operation module and a VR terminal module, wherein the display module is specifically set as a PC (personal computer) connected with the VR terminal module, a student logs in the VR pre-post skill training system, and virtual skill real-practice training is carried out by wearing a VR head for display;

the cloud module comprises a database server and is used for storing a three-dimensional teaching scene, a three-dimensional guide model, an operation course, an equipment data model, an equipment picture, characters, operation guide voice, a first visual angle video, a video call data, a voice call data, an unmanned aerial vehicle aerial photography inspection video, a personnel information data and an assessment data; the application server is used for installing a VR communication facility pre-post skill training system, connecting VR equipment and installing the equipment in a teaching base; the WEB server is used for installing a VR intelligent assessment system and providing application operation service for PC end equipment and mobile end equipment; the gateway module is used for data transmission among the display terminal, the cloud terminal and the operation terminal;

the database server is also used for recording hand motion data, leg motion data, user posture and the distance between a user and a target, and recording an overhaul process, and the data classification modules arranged in the database server are electrically connected to the practical training resource library and can record extracted information in real time, so that the effective management of the practical training resource library is realized, the data classification modules arranged in the database server are electrically connected to the practical training resource library, the extracted information can be recorded in real time, and the effective management of the practical training resource library is realized;

the operating end module is specifically set as a VR head display module, the VR head display module is used for enabling a student to log in a VR pre-post skill training system, virtual skill real training is carried out by wearing the VR head display, the VR head display module comprises a head-wearing control unit, a head-wearing inertia measurement unit and a display unit, and the head-wearing inertia measurement unit is used for collecting head movement data; the hand equipment comprises a hand inertia measuring unit and a vibration motor, wherein the hand inertia measuring unit is used for collecting hand motion data; the leg equipment comprises a leg inertia measuring unit, and the leg inertia measuring unit is used for acquiring leg movement data; in the skill training, head motion data, hand motion data and leg motion data are collected in real time and sent to a head-wearing control unit, and the head-wearing control unit controls a display unit to display a corresponding virtual scene according to the received head motion data, hand motion data and leg motion data; the head-mounted control unit generates a feedback signal according to the virtual scene and controls the vibration motor to vibrate;

the VR head display module is internally provided with a fault detection module which can monitor a head-mounted terminal in real time so as to find problems in time, the fault detection module is electrically connected with the action capture module and the head-mounted control unit, the fault detection module is also electrically connected with a buzzer, the buzzer is electrically connected with the head-mounted control unit, and the buzzer can warn the problems so as to rapidly process the problems;

the VR intelligent assessment system comprises a VR virtual iron tower scene, a base station equipment training interactive operation scene, an antenna overhaul scene, a feeder line overhaul scene, a lightning protection grounding overhaul scene and a special VR teaching scene, wherein the VR virtual iron tower scene comprises inspection base levelness; tower root, opening and center distance; integrity of the ground leg bolt; whether the tower footing and the tower footing plate collapse or not; degree of tower body deviation; the degree of torsion of the tower body; local curvature of the tower body; a tower body grounding resistance; corrosion degree of the tower body; the overall bolt torque; bending, bonding rate and gap size of materials of each part of the tower body; a tower platform and a ladder stand; a cabling rack; navigation marks;

the base station equipment training interactive operation scene comprises an inspection machine room, a switching power supply, a storage battery, mobile communication equipment, transmission equipment, an optical cable, an integrated cabinet, an air conditioner, a distribution box, a power supply monitoring system, a fire extinguisher and a GPS beacon light; the antenna overhaul scene comprises an inspection antenna extension arm and a holding pole; mounting an antenna; an antenna and lightning protection; an antenna and an environment; an antenna standing wave ratio; an antenna tail line; the feeder line overhaul scene comprises the inspection of the upper and lower connectors of the feeder line; the feeder line is marked indoors and outdoors; installing a feeder line; a feeder line clamp; a radius of curvature of the feed line; a feeder line body; the feeder line is grounded at three points; a ground resistor; standing-wave ratio; a feeder wave channel opening; a feeder line rack; an upper soft jumper and a lower soft jumper; a feeder line arrester; the lightning grounding overhaul scene comprises the step of inspecting a lightning rod; a special lead for the lightning rod; the feeder line is grounded at three points; installing a lightning arrester; a ground line; a ground resistor;

the special VR teaching scene comprises a high-fear psychological training scene, an extreme condition simulation scene and an experience scene for simulating maintenance accidents; the terrorist psychological training scene is used for climbing training in a VR virtual iron tower scene, so that the terrorist psychology of trained personnel can be effectively maintained by training an iron tower, and the risk coefficient of climbing training in a real scene is reduced; the simulation extreme condition scene comprises the damage to the iron tower caused by strong wind, the damage to the iron tower caused by earthquake, the damage to the iron tower caused by fire, the damage to the iron tower caused by foundation settlement and the damage to the iron tower caused by slope collapse, and trainees can effectively master how to deal with the accident in the virtual scene to maintain the iron tower; simulating damage caused by the trainees experiencing illegal operation in an experience scene of maintenance accidents, specifically including iron tower faults caused by high-altitude falling, electric shock, tool falling and misoperation, and experiencing the harmfulness of the illegal operation;

the communication infrastructure maintenance skill training system has the following implementation scheme:

1)3D modeling: constructing a 1:1 virtual communication iron tower, a base station, equipment, a maintenance tool, a safety protection article, a worker and other three-dimensional models by using three-dimensional modeling software;

2) writing an interactive program: according to the flow and the content of communication facility maintenance training work, the 3D model is led into a U3D engine, and an interactive program is compiled by using C # language to realize virtual simulation skill training interaction;

3) a back-end management system: the platform back end construction is completed by applying programming technologies such as JAVA back end, SQL, MYSQL and the like, and comprises a database, an operation program and a storage and uploading system;

4) front end display system: the development of a front-end display program is completed by applying programming technologies such as JAVA front end, WEB and the like;

the 3D modeling adopts a three-dimensional simulation server to carry out 3D modeling, the three-dimensional simulation server has an SIF management function, the security functions related to the project are distributed according to different scenes, SIFs are identified and defined, an information file of each SIF is established, SIL selection can be carried out according to each SIF, and the selection method comprises a risk matrix, a risk graph and an LOPA;

the operating end module further comprises a practical training host, the practical training host is in communication connection with the cloud end module, the practical training host is used for processing video data of the current environment to generate VR video data of a first visual angle of a wearer, and the practical training host is further used for providing the practical training VR video data to the VR head display module;

when a trainer wears the VR head display module to carry out practical training, a collecting camera on the VR head display module collects the operation of the trainer in real time, transmits information to the cloud module, judges whether the training operation is correct or not after professional analysis of the cloud module, and transmits the correct operation steps to the VR head display module to guide the trainer;

the system also comprises a teaching scene selection switch, wherein the teaching scene selection switch can be used for selecting different scenes in a training mode and controlling the VR head display module to display training VR video data, and the teaching scene selection switch is arranged on the VR head display module and comprises a toggle switch or a button switch;

when the teaching scene selection switch is turned on, the practical training mode instruction is sent to the practical training host, and the practical training host sends the practical training VR video data to the VR head display module after receiving the practical training mode instruction;

the system also comprises a database establishing module which is configured to establish a model base, an algorithm base and a fault information base and provide required models, algorithms, interfaces and fault information for the troubleshooting operation training platform and the calculation center module;

the data center module is configured to receive and store model configuration parameters uploaded by the client, configuration parameters for building a simulation environment, fault configuration information and fault removal process parameter information;

the calculation center module is configured to call framing, data analysis, fault generation and fault elimination algorithms in the algorithm library, and data transmission modes and configuration parameter information in the data center module, simulate a bottom data transmission mode of the communication equipment, dynamically frame data transmitted by the communication equipment, generate a fault event of the communication equipment, analyze faults of the communication equipment, troubleshoot the communication faults, and transmit simulation and troubleshooting results to a troubleshooting operation training platform;

the troubleshooting operation practical training platform is configured to obtain configuration information from the data center module, call a model in a database, build a simulated practical training operation environment of the communication equipment, call an algorithm in an algorithm library to edit and adjust the simulated practical training operation environment, and store generated environment information and parameters into the data center module; configuring fault information in a simulated practical training operation environment, generating a VR operation environment, and performing troubleshooting operation;

compared with the traditional post training of communication infrastructure maintainers, the method can comprehensively simulate various scenes which are possibly met, so that the communication infrastructure maintainers can carry out simulation training in different scenes, and the capability of practical training and operation of maintainers is effectively improved, thereby avoiding the problem that a large amount of communication infrastructures are not professionally maintained, maintained and integrally utilized and further a large amount of communication infrastructures are abnormally scrapped because the communication infrastructure maintainers do not carry out systematic and specialized practical training.

The system can also be used for checking the training personnel, after the training personnel enter the checking mode, the training host inputs the information of the checking personnel through the VR head display module, real-time data acquisition is carried out on the operation of the training personnel through the acquisition camera on the VR head display module, and the information is transmitted to the cloud module for checking and scoring.

The system can be combined with other systems related to XR technology to form a complete set of flow system, and is applied to emerging technology products at the front edge of the field of communication infrastructure industry, so that the VR virtual reality technology is applied to skill training work of communication infrastructure.

Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications may be made to the embodiments or portions thereof without departing from the spirit and scope of the invention.