CN114845256A - Communication network deduction training method based on 5G + VR - Google Patents
Communication network deduction training method based on 5G + VR Download PDFInfo
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Abstract
The invention discloses a communication network deduction training method based on 5G + VR, which utilizes a Virtual Reality (VR) technology to realize single-person and multi-person communication network deduction and operation networking training at any time and any place. The method is mainly characterized by comprising the following steps: the method comprises the steps that massive data transmission of VR equipment and communication equipment (physical equipment) is achieved through a 5G technology, high-fidelity and near-real-time training scene data transmission is achieved, and connection of the VR equipment and the communication equipment is completed; the communication with the lowest cost in a long distance or a special environment is realized by using the Beidou, and the connection between the VR equipment and the communication equipment is completed; through the special protocol of the VR equipment and the communication equipment, the training management and control and the presentation of the VR equipment to the communication equipment are realized, the construction of a communication network system at any time and any place is completed, and the training of a single person and multiple persons in a cross-space communication network is realized.
Description
Technical Field
The invention relates to 5G and VR technology, in particular to a communication network deduction training method based on 5G + VR.
Background
The most common communication networking training solution is generally carried out by constructing a training scene by means of communication networking training system software and a plurality of pieces of real-mounted equipment, the method needs a special field for system deployment, a computer and a plurality of pieces of communication equipment need to be arranged on each seat, the occupied area is large, people who can train simultaneously are limited, and if the field limitation can be broken, the training efficiency can be greatly improved.
The VR (virtual reality) technology integrates a plurality of scientific technologies such as a computer graphic technology, a computer simulation technology, a sensor technology, a display technology and the like, creates a virtual information environment on a multi-dimensional information space, is widely applied to the fields of medicine, entertainment, military aerospace, emergency deduction, training and the like, and can interact with a system in real time without being limited by a field through equipment.
The 5G (fifth generation mobile communication technology) has the characteristics of high speed, low time delay and large connection, and can provide high-broadband network service for man-machine interconnection in an area where 5G base stations are arranged.
The Beidou short message communication system is used as an important functional service of the Beidou navigation system in China, and has the functions of data communication of super-separation data and high maneuvering state data and the like.
Based on the technology, a set of virtual reality communication networking system is constructed by relying on VR technology, 5G technology and Beidou short message technology, the VR technology provides system display and man-machine interaction for users, the 5G technology provides a communication basis for requirements of ultra high definition, ultra real-time performance and the like generated by virtual reality, and the coverage distance of 5G is limited; and the communication blind area of the 5G network adopts the Beidou short message to ensure data communication. By means of the thought, the limitation of the field can be released in the communication networking training, the communication networking training can be conveniently carried out under more scenes and conditions, and the training efficiency can be greatly improved.
Disclosure of Invention
Aiming at the problems brought forward by the background technology, the invention discloses a communication network deduction training method based on 5G + VR, which mainly adopts a Virtual Reality (VR) technology to realize single-person and multi-person communication network deduction and operation networking training at any time and any place. The method is mainly characterized by comprising the following steps: massive data transmission between the VR equipment and communication equipment (semi-physical) is realized by utilizing a 5G technology, high-fidelity and near-real-time data transmission is realized, and connection between the VR equipment and the communication equipment is completed; the communication with the lowest cost in a long distance or a special environment is realized by using the Beidou, and the connection between the VR equipment and the communication equipment is completed; through the special protocol of the VR equipment and the communication equipment, the control and the presentation of the VR equipment to the communication equipment are realized, the construction of a communication network system at any time and any place is completed, and the training of a single person and multiple persons of the cross-space communication network is realized.
The system adopts a Beidou short message channel and a 5G network to realize interconnection of VR equipment and communication equipment of a communication network training classroom, the network state is a fully-communicated state, each VR equipment and each communication equipment realize mutual communication through the Beidou short message channel and also realize mutual communication through the 5G network, the system adopts a pairing form of the VR equipment and the communication equipment to carry out communication network training, the VR equipment can manage all parameters and interface states of the paired communication equipment, and the communication equipment and the VR equipment both have an IP address special for realizing network deduction training and a Beidou card number ID; the method comprises the following steps:
step 1, VR equipment and communication equipment are interconnected through a Beidou short message channel and are interconnected through a 5G network;
step 2, the VR equipment presets an IP address of communication equipment needing to be paired and a Beidou card number ID;
step 3, the VR equipment initiates a heartbeat message to the communication equipment through the 5G network, the communication equipment initiates a heartbeat response message to the VR equipment after receiving the heartbeat message, and the VR equipment sends a query state information message to the communication equipment after receiving the heartbeat response message sent back by the communication equipment;
step 4, after receiving the inquiry state information message of the VR equipment through the 5G network, the communication equipment sends state and parameter information in a short text form to the VR equipment and pushes the communication equipment and real-time image data of a communication network training classroom where the communication equipment is located to the VR equipment;
step 5, when the VR equipment does not receive heartbeat response messages sent back by the communication equipment continuously for multiple times, initiating Beidou short message messages to the communication equipment, wherein the messages are mainly parameter setting query messages; after the communication equipment sets the query message through the parameters received by the Beidou short message channel, the communication equipment responds through the Beidou short message channel;
step 6, the VR equipment displays the parameter information and the real-time image data of the paired communication equipment, and when the VR equipment does not receive the real-time image data, the VR equipment synthesizes the parameter information of the communication equipment into image data and displays the image data;
step 7, when a VR device user uses the VR device control device, the VR device judges whether the VR device can be normally configured through the 5G network or not, and if the VR device can be normally configured through the 5G network, the communication device is configured through the 5G network; if not, prompting a user that the system adopts the Beidou short message channel to carry out communication equipment configuration, and when the communication equipment needs to be configured, adopting the Beidou short message channel to send configuration information to the communication equipment;
step 8, when the VR equipment adopts one VR equipment and a plurality of communication equipment to match, under the condition that the 5G network is normal, the VR equipment communicates with each communication equipment independently; under the condition that the 5G network cannot be normally used, the VR equipment merges inquiry and setting information of a plurality of pieces of equipment into a Beidou short message, only sends the merged Beidou short message to one piece of communication equipment, and carries ID information needing to be transferred to other Beidou in the message, after the communication equipment receives the Beidou short message needing to be transferred from a Beidou short message channel, the Beidou short message is distributed to each piece of communication equipment through optical fibers of a communication network training classroom and the 5G network, and after each piece of communication equipment receives the message sent by the VR equipment from other pieces of communication equipment of the communication network training classroom, response is initiated to the VR equipment through the Beidou short message channel.
VR equipment can hand-carry to under various environmental conditions, realize VR equipment and access to communication network training classroom and connect communication equipment, realize the purpose of communication network training. The VR equipment consists of a Beidou module, VR glasses, a training agent module and a 5G communication module, wherein the 5G communication module and the Beidou module are responsible for receiving and transmitting data and directly interact with the training agent module; the training agent module is responsible for training image processing and simulating image generation and is mainly communicated with the VR glasses, the Beidou module and the 5G communication module. The VR equipment displays image data of a communication network training classroom and communication equipment through VR glasses, and when no communication equipment image exists, the training agent module generates a communication equipment image according to equipment parameters and state information reported by the communication equipment and continuously updates and displays the communication equipment image in the VR glasses.
The communication device is a subject training object for communication network training, which is deployed in a communication network training classroom, and communication equipment of the communication device can be interconnected in the classroom in a wired and wireless manner. The communication equipment consists of communication equipment, a 5G communication module, a Beidou module, a training agent module and a video acquisition module, wherein the 5G communication module and the Beidou module are responsible for receiving and sending data and directly interacting with the training agent module; the video acquisition module can monitor the video information of the classroom and the communication equipment. The video acquisition module of the communication equipment adopts a separable design, adopts a cable to connect and can be detached to realize the video acquisition of the communication network training classroom.
The beneficial technical effects of the invention are as follows: connect communications facilities through virtual reality's mode, accomplish the management and control and the presentation to equipment, realize the communication network training anytime and anywhere, solved the training problem in space, for example in the classroom, on the way of driving, different buildings and other are in the team and the individual of different positions and station and carry out the communication network training, through the 5G technique, realize VR and communication network equipment data connection, possess high lifelike, near real-time training effect, reinforcing deduction and training effect and level.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the invention without limiting the invention.
Fig. 1 is a system connection and composition diagram of a communication network deduction training method based on 5G + VR;
fig. 2 is a communication device and VR device internal composition diagram of a 5G + VR based communication network deduction training method;
fig. 3 is a step diagram of a communication network deduction training method based on 5G + VR.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. 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.
Referring to fig. 1, the embodiment provides a communication network deduction training method based on 5G + VR, a system connection and composition diagram is shown, where "a" denotes communication devices, the communication devices are deployed in a communication network training classroom, the communication devices can be interconnected through optical fibers or other wireless and wired links in the communication network training classroom, and each communication device has two communication paths, namely a 5G network and a beidou short message channel; wherein, use "U" to represent VR equipment, VR equipment establishes the mating relation with communication equipment, manages communication equipment to reach the communication network training's that realizes the management through VR equipment mesh, each VR equipment all possesses two kinds of communication approaches of 5G network and big dipper short message channel.
Referring to fig. 2, in the present embodiment, a communication device and a VR device internal composition diagram based on a 5G + VR communication network deduction training method are provided, where a VR device is composed of a big dipper module, VR glasses, a training agent module, and a 5G communication module, where the 5G communication module and the big dipper module are responsible for receiving and transmitting data and directly interact with the training agent module; the training agent module is responsible for training image processing and simulating image generation and is mainly communicated with the VR glasses, the Beidou module and the 5G communication module. The communication equipment consists of communication equipment, a 5G communication module, a Beidou module, a training agent module and a video acquisition module, wherein the 5G communication module and the Beidou module are responsible for receiving and sending data and directly interacting with the training agent module; the video acquisition module can monitor the video information of the classroom and the communication equipment.
Referring to fig. 3, the embodiment provides a step diagram of a communication network deduction training method based on 5G + VR, which includes the following specific steps:
step 1, the VR equipment and the communication equipment are interconnected through a Beidou short message channel and a 5G network, and when the 5G network is adopted for communication, the VR equipment can monitor near real-time image data of a communication network training classroom and the communication equipment at a far end in real time so as to achieve the effect that a VR equipment user is personally on the classroom for training; when the 5G network is unavailable, a Beidou short message channel is adopted for communication, and training of VR equipment in an ultra-long distance or field environment can be achieved.
Step 2, the VR equipment presets an IP address and a Beidou card number ID of the communication equipment needing to be paired, the VR equipment needs to establish a pairing relation with the communication equipment, and a VR equipment user presets the IP address and the Beidou card number ID of the communication equipment, so that the VR equipment can initiate management and query information to the communication equipment.
Step 3, the VR equipment initiates a heartbeat message to the communication equipment through the 5G network, the communication equipment initiates a heartbeat response message to the VR equipment after receiving the heartbeat message, and the VR equipment sends a query state information message to the communication equipment after receiving the heartbeat response message sent back by the communication equipment; the VR equipment needs to keep heartbeat handshake with the communication equipment, and mainly aims to realize the online state of the equipment presented at the VR equipment end and realize the selection of a 5G network or a Beidou short message channel adopted by the current network.
And 4, after receiving the query state information message of the VR equipment through the 5G network, the communication equipment sends state and parameter information in a short text form to the VR equipment and pushes the communication equipment and real-time image data of a communication network training classroom in which the communication equipment is located to the VR equipment.
Step 5, when the VR equipment does not receive heartbeat response messages sent back by the communication equipment continuously for multiple times, initiating Beidou short message messages to the communication equipment, wherein the messages are mainly parameter setting query messages; and the communication equipment responds through the Beidou short message channel after setting the query message through the parameters received by the Beidou short message channel.
Step 6, the VR equipment displays the parameter information and the real-time image data of the paired communication equipment, and when the VR equipment does not receive the real-time image data, the VR equipment synthesizes the parameter information of the communication equipment into image data and displays the image data; and when the VR equipment does not receive the real-time image data, generating a real-time image according to the parameter information of the communication equipment and a communication equipment model preset in the VR equipment, and displaying the real-time image in the VR equipment.
Step 7, when a VR device user uses the VR device control device, the VR device judges whether the VR device can be normally configured through the 5G network or not, and if the VR device can be normally configured through the 5G network, the communication device is configured through the 5G network; if not, prompting the user that the system adopts the Beidou short message channel to carry out communication equipment configuration, and when the communication equipment needs to be configured, adopting the Beidou short message channel to send configuration information to the communication equipment.
Step 8, the VR equipment realizes management optimization of 1 pair of multiple pairs, and when the VR equipment adopts one VR equipment and a plurality of communication equipment for pairing, the VR equipment communicates with each communication equipment individually under the normal condition of a 5G network; under the condition that the 5G network cannot be normally used, the VR equipment merges inquiry and setting information of a plurality of pieces of equipment into a Beidou short message, only sends the merged Beidou short message to one piece of communication equipment, and carries ID information needing to be transferred to other Beidou in the message, after the communication equipment receives the Beidou short message needing to be transferred from a Beidou short message channel, the Beidou short message is distributed to each piece of communication equipment through optical fibers of a communication network training classroom and the 5G network, and after each piece of communication equipment receives the message sent by the VR equipment from other pieces of communication equipment of the communication network training classroom, response is initiated to the VR equipment through the Beidou short message channel.
Claims (3)
1. A communication network deduction training method based on 5G + VR is characterized in that: adopt Virtual Reality (VR) technique to realize single, many people communication network deduction and operation networking training anytime and anywhere, the key feature of this method includes: the system adopts a Beidou short message channel and a 5G network to realize interconnection of VR equipment and communication equipment of a communication network training classroom, the network state is a fully-communicated state, each VR equipment and each communication equipment realize mutual communication through the Beidou short message channel and also realize mutual communication through the 5G network, the system adopts a pairing form of the VR equipment and the communication equipment to carry out communication network training, the VR equipment can manage all parameters and interface states of the paired communication equipment, and the communication equipment and the VR equipment both have an IP address special for realizing network deduction training and a Beidou card number ID; the method comprises the following steps:
step 1, VR equipment and communication equipment are interconnected through a Beidou short message channel and are interconnected through a 5G network;
step 2, the VR equipment presets an IP address and a Beidou card number ID of communication equipment needing to be paired;
step 3, the VR equipment initiates a heartbeat message to the communication equipment through the 5G network, the communication equipment initiates a heartbeat response message to the VR equipment after receiving the heartbeat message, and the VR equipment sends a query state information message to the communication equipment after receiving the heartbeat response message sent back by the communication equipment;
step 4, after receiving the query state information message of the VR equipment through the 5G network, the communication equipment sends state and parameter information in a short text form to the VR equipment and pushes the communication equipment and real-time image data of a communication network training classroom in which the communication equipment is located to the VR equipment;
step 5, when the VR equipment does not receive heartbeat response messages sent back by the communication equipment continuously for multiple times, initiating Beidou short message messages to the communication equipment, wherein the messages are mainly parameter setting query messages; after the communication equipment sets the query message through the parameters received by the Beidou short message channel, the communication equipment responds through the Beidou short message channel;
step 6, the VR equipment displays the parameter information and the real-time image data of the paired communication equipment, and when the VR equipment does not receive the real-time image data, the VR equipment synthesizes the parameter information of the communication equipment into image data and displays the image data;
step 7, when a VR device user uses the VR device control device, the VR device judges whether the VR device can be normally configured through the 5G network or not, and if the VR device can be normally configured through the 5G network, the communication device is configured through the 5G network; if not, prompting a user that the system adopts the Beidou short message channel to carry out communication equipment configuration, and when the communication equipment needs to be configured, adopting the Beidou short message channel to send configuration information to the communication equipment;
step 8, when the VR equipment adopts one VR equipment and a plurality of communication equipment to match, under the condition that the 5G network is normal, the VR equipment communicates with each communication equipment independently; under the condition that the 5G network cannot be normally used, the VR equipment merges inquiry and setting information of a plurality of pieces of equipment into a Beidou short message, only sends the merged Beidou short message to one piece of communication equipment, and carries ID information needing to be transferred to other Beidou in the message, after the communication equipment receives the Beidou short message needing to be transferred from a Beidou short message channel, the Beidou short message is distributed to each piece of communication equipment through optical fibers of a communication network training classroom and the 5G network, and after each piece of communication equipment receives the message sent by the VR equipment from other pieces of communication equipment of the communication network training classroom, response is initiated to the VR equipment through the Beidou short message channel.
2. The method of claim 1, wherein the communication network deduction training based on 5G + VR is performed by: the VR equipment consists of a Beidou module, VR glasses, a training agent module and a 5G communication module, wherein the 5G communication module and the Beidou module are responsible for receiving and transmitting data and directly interact with the training agent module; the training agent module is responsible for training image processing and simulating image generation and is mainly communicated with the VR glasses, the Beidou module and the 5G communication module.
3. The communication network deduction training method based on 5G + VR as claimed in claim 1, wherein the communication device is composed of communication equipment, a 5G communication module, a Beidou module, a training agent module and a video acquisition module, wherein the 5G communication module and the Beidou module are responsible for receiving and sending data and directly interacting with the training agent module, and the training agent module is responsible for information inquiry, setting and training management functions of the communication equipment and mainly communicates with VR glasses, the Beidou module, the 5G communication module and the video acquisition module; the video acquisition module can monitor the video information of the classroom and the communication equipment.
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Cited By (1)
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