CN115622807A - Meta universe individual login system based on edge calculation - Google Patents
Meta universe individual login system based on edge calculation Download PDFInfo
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Abstract
The invention provides a metasequoiy individual login system based on edge computing, which comprises a login module, a metasequoiy entry module and a protocol module, wherein the login module is used for computing and verifying login information, the metasequoiy entry module is used for providing metasequoiy information, the protocol module is used for storing protocol information, the login module is used for carrying out primary verification and secondary verification, the login module can be connected to the protocol module after the primary verification, and the login module can be connected to the metasequoiy entry module after the secondary verification. The operation carried out by the system during login is edge calculation and is carried out on a login module of the user terminal, the burden on the metasphere server during login is reduced, meanwhile, the system realizes the login effect of one user account on a plurality of metaspheres by designing two kinds of verification, and the user can conveniently play with one virtual identity in different metaspheres.
Description
Technical Field
The invention relates to the field of protocols for virtual reality, in particular to a metastic universe individual login system based on edge computing.
Background
The metas is constructed by human beings using digital technology, is mapped by the real world or exceeds the real world, can interact with the real world, has a digital living space of a novel social system, is developed independently by each company at present, is independent from each other even after the metas is built, and is inconvenient for users because each metas needs to log in a respective mode.
The foregoing discussion of the background art is intended only to facilitate an understanding of the present invention. This discussion is not an acknowledgement or admission that any of the material referred to is part of the common general knowledge.
Many metasystems have been developed, and after a lot of search and reference, the existing metasystems are found as disclosed in CN114666314a, and the methods of these systems include: receiving a trigger operation of a user for a target control in a webpage; the website corresponding to the target control is associated with the meta-universe client; determining a target meta-universe client corresponding to the target control, and acquiring a meta-universe avatar corresponding to the user from an identity information database; and logging in the target metas client based on the identity information of the metas avatar corresponding to the user, but the system is only a single metas, and the logging in mode is only suitable for a metas system, so that the user is inconvenient to play among different metas with one virtual identity.
Disclosure of Invention
The invention aims to provide a metastic individual registration system based on edge computing, aiming at the defects.
The invention adopts the following technical scheme:
a kind of individual login system of the meta universe based on edge calculation, including login module, entry module of the meta universe and protocol module, the said login module is used for calculating and checking the login information, the entry module of the said meta universe is used for providing the information of the meta universe, the said protocol module is used for storing the protocol information;
the login module comprises a virtual model register, a verification unit, a communication unit, a conversion unit, an interaction unit and a connection unit, wherein the virtual model register is used for storing virtual model data, the verification unit is used for calculating and verifying identity information, the communication unit is used for being connected to the protocol module and the metastic inlet module, the conversion unit is used for performing adaptive conversion on the virtual model data, the connection unit is used for connecting the login module to the electronic equipment in a wired or wireless mode, and the interaction unit is used for generating an interaction interface on the connected electronic equipment;
the verification performed by the verification unit comprises primary verification and secondary verification, wherein the primary verification is used for connecting the protocol module, and the secondary verification is used for connecting the meta-universe entry module;
further, the verification unit includes a first verification processor and a first verification memory, the first verification processor is configured to perform calculation processing on the user information in the login information, and the first verification memory is configured to store the verification information;
further, the checking unit comprises a second checking processor and a second checking memory, the second checking memory is used for receiving and storing algorithm part data in the protocol information and data content related to secondary checking in the meta-space information, and the second checking processor reads the data from the second checking memory and constructs the calculation model for secondary checking;
further, the process of processing the user information by the first verification processor includes the following steps:
s21, converting the user information character string into a binary numerical value;
s22, segmenting the converted binary numerical value by taking four bits as a unit to obtainm values, using
I is represented by a value ranging from 1 to m,
the value range of (1) is 0 to 15;
s23, mixing
Intermediate number B was obtained by treatment according to the following formula:
s24, counting the actual occupied digit number of B
And calculating to obtain the filling digit
：
S25, mixing
Filling 0 of the digit number into the B, wherein the filling method is that a 0 is filled between two adjacent digits from the tail part of the middle digit B;
s26, dividing the intermediate number B into two numbers
And
and calculating to obtain a check value C:
s27, converting the check value C into a check character string and outputting the check character string;
further, the process of the system for realizing individual login meta universe comprises the following steps:
s1, inputting personal information through a login module;
s2, the login module performs primary verification on the personal information and is connected to the protocol module after the personal information passes the verification;
s3, the protocol module sends the meta universe abstract information to the login module;
s4, selecting a metasma to be logged in through the login module, and sending the number of the selected metasma to the protocol module;
s5, the protocol module sends the protocol information of the meta universe to the login module;
s6, the login module is connected to the corresponding meta universe entry module according to the protocol information;
s7, the meta universe entry module sends the meta universe information to the login module;
s8, the login module carries out secondary verification on the personal information according to the protocol information and the meta-universe information;
and S9, after the second verification, the login module performs adaptive conversion on the virtual model according to the protocol information, and sends the converted virtual model information to the metastic entry module to complete the login process.
The beneficial effects obtained by the invention are as follows:
two kinds of verification are set in a login system in the system, the first kind of verification is used for verifying common identities, the second kind of verification mode is used for verifying corresponding metascosmos, a user can log in different metascosmos through common identity information in the mode, the verification of the system is completed at a user terminal, the login pressure of a metascosmos main server is reduced, the system can perform adaptive conversion on a virtual model between different metascosmos, the user can play smoothly between the metascosmos through the virtual model with the same characteristics but differences, and the use experience of the user is greatly improved.
For a better understanding of the features and technical content of the present invention, reference should be made to the following detailed description of the invention and accompanying drawings, which are provided for purposes of illustration and description only and are not intended to limit the invention.
Drawings
FIG. 1 is a schematic view of the overall structural framework of the present invention;
FIG. 2 is a schematic view of the cosmic process of the login element of the present invention;
FIG. 3 is a schematic diagram of the login module of the present invention;
FIG. 4 is a schematic diagram of a verification unit according to the present invention;
fig. 5 is a schematic diagram of a communication unit according to the present invention.
Detailed Description
The following is a description of embodiments of the present invention with reference to specific embodiments, and those skilled in the art will understand the advantages and effects of the present invention from the disclosure of the present specification. The invention is capable of other and different embodiments and its several details are capable of modification in various other respects, all without departing from the spirit and scope of the present invention. The drawings of the present invention are for illustrative purposes only and are not intended to be drawn to scale. The following embodiments will further explain the related art of the present invention in detail, but the disclosure is not intended to limit the scope of the present invention.
The first embodiment.
The embodiment provides a metasphere individual login system based on edge computing, which, with reference to fig. 1, includes a login module, a metasphere entry module and a protocol module, where the login module is used to compute and check login information, the metasphere entry module is used to provide metasphere information, and the protocol module is used to store protocol information;
the login module comprises a virtual model register, a verification unit, a communication unit, a conversion unit, an interaction unit and a connection unit, wherein the virtual model register is used for storing virtual model data, the verification unit is used for calculating and verifying identity information, the communication unit is used for being connected to the protocol module and the metastic inlet module, the conversion unit is used for performing adaptive conversion on the virtual model data, the connection unit is used for connecting the login module to the electronic equipment in a wired or wireless mode, and the interaction unit is used for generating an interaction interface on the connected electronic equipment;
the verification performed by the verification unit comprises primary verification and secondary verification, wherein the primary verification is used for connecting the protocol module, and the secondary verification is used for connecting the meta-universe entry module;
the checking unit comprises a first checking processor and a first checking memory, the first checking processor is used for calculating and processing user information in the login information, and the first checking memory is used for storing the checking information;
the checking unit comprises a second checking processor and a second checking memory, the second checking memory is used for receiving and storing algorithm part data in protocol information and data content related to secondary checking in meta-space information, and the second checking processor reads data from the second checking memory and constructs a calculation model for secondary checking;
the process of processing the user information by the first verification processor comprises the following steps:
s21, converting the user information character string into a binary numerical value;
s22, segmenting the converted binary numerical value by taking four bits as a unit to obtain m values, and using the m values
I is represented by a value ranging from 1 to m,
the value range of (a) is 0 to 15;
s23, mixing
Treatment according to the following formulaObtaining an intermediate number B:
s24, counting the actual occupied digit number of B
And calculating to obtain the filling digit
：
S25, mixing
Filling 0 of the digit number into B, wherein the filling method is that a 0 is filled between two adjacent digits from the tail part of the middle digit B;
s26, dividing the intermediate number B into two numbers
And
and calculating to obtain a check value C:
s27, converting the check value C into a check character string and outputting the check character string;
the process of the system for realizing the individual login of the meta universe comprises the following steps:
s1, inputting personal information through a login module;
s2, the login module performs primary verification on the personal information and is connected to the protocol module after the personal information passes the verification;
s3, the protocol module sends the meta universe abstract information to the login module;
s4, selecting a metasma to be logged in through the login module, and sending the number of the selected metasma to the protocol module;
s5, the protocol module sends the protocol information of the meta universe to the login module;
s6, the login module is connected to the corresponding meta universe entry module according to the protocol information;
s7, the metastic inlet module sends metastic information to the login module;
s8, the login module carries out secondary verification on the personal information according to the protocol information and the meta-universe information;
and S9, after the second verification, the login module performs adaptive conversion on the virtual model according to the protocol information, and sends the converted virtual model information to the metastic entry module to complete the login process.
Example two.
The embodiment includes all contents in the first embodiment, and provides a metastic universe individual login system based on edge computing, which includes a login module, a metasuniverse entry module and a protocol module, wherein the login module is used for computing and checking login information, the metasuniverse entry module is used for providing metasuniverse information, and the protocol module is used for storing protocol information;
with reference to fig. 2, the process of the present system for realizing the individual log-in meta universe includes the following steps:
s1, inputting personal information through a login module;
s2, the login module performs primary verification on the personal information and is connected to the protocol module after the personal information passes the verification;
s3, the protocol module sends the meta universe abstract information to the login module;
s4, selecting a metasma to be logged in through the login module, and sending the number of the selected metasma to the protocol module;
s5, the protocol module sends the protocol information of the meta universe to the login module;
s6, the login module is connected to the corresponding meta universe entry module according to the protocol information;
s7, the metastic inlet module sends metastic information to the login module;
s8, the login module carries out secondary verification on the personal information according to the protocol information and the meta-universe information;
s9, after the secondary verification, the login module performs adaptive conversion on the virtual model according to the protocol information, and sends the converted virtual model information to the metastic entry module to complete the login process;
with reference to fig. 3, the login module includes a virtual model register, a checking unit, a communication unit, a conversion unit, an interaction unit, and a connection unit, the virtual model register is used to store virtual model data, the checking unit is used to perform calculation checking on identity information, the communication unit is used to connect to the protocol module and the metastic inlet module, the conversion unit is used to perform adaptive conversion on the virtual model data, the connection unit is used to connect the login module to the electronic device in a wired or wireless manner, and the interaction unit is used to generate an interaction interface on the connected electronic device;
the above-mentioned components of the logging module are integrated into one piece of removable hardware, each piece of removable hardware being a user terminal,
the interactive unit can automatically detect the connection state of the connection unit, when the connection unit is detected to be connected with the electronic equipment, the interactive unit can create an icon on the connected electronic equipment, an interactive interface can be popped up on the electronic equipment after the icon is activated, login information is input through the interactive interface, and the interactive interface sends the login information to the verification unit;
with reference to fig. 4, the verification unit includes a first verification processor and a first verification memory, the first verification processor is configured to perform calculation processing on user information in login information, the first verification memory is configured to store verification information, the verification information is used to compare with a result processed by the first verification processor, each user corresponds to one piece of verification information, and when a user registers or logs in the login module for the first time, the first verification memory stores a new piece of verification information;
the process of processing the user information by the first verification processor comprises the following steps:
s21, converting the user information character string into a binary numerical value;
s22, segmenting the converted binary numerical value by taking four bits as a unit to obtain m values, and using the m values
I is represented by a value ranging from 1 to m,
the value range of (a) is 0 to 15;
s23, mixing
Intermediate number B was obtained by treatment according to the following formula:
s24, counting the actual occupation digit number of B
And calculating to obtain the filling digit
：
S25, mixing
The bit number 0 is filled into B, the filling method is to start at the tail of the middle number B, and a 0 is filled between two adjacent bits, for example: the middle number B is
When 4 bits of 0 are to be filled, B after filling is
；
S26, dividing the intermediate number B into two numbers
And
and calculating to obtain a check value C:
s27, converting the check value C into a check character string and outputting the check character string;
with reference to fig. 4, the checking unit further includes a second checking processor and a second checking memory, the second checking memory is configured to receive and store the algorithm part data in the protocol information and the data content related to the secondary checking in the meta-space information, and the second checking processor is configured to read data from the second checking memory and construct a specific calculation model, and then perform calculation processing on the check value C according to the calculation model;
the framework process of the calculation model comprises the following contents:
s31, splitting the check value C to obtain two numerical values
And
；
s32, calculating the value D1 and the value YU to obtain a value E, wherein the value YU is the meta-universe information directly acquired from the second check memory;
s33, encrypting a section of the check text through a numerical value E, and then performing hash processing to obtain a hash value;
s34, comparing the hash value with the D2, and if the hash value is consistent with the D2, passing secondary verification;
the specific algorithms related in the calculation model are set by each meta universe and recorded in the protocol information, and the algorithms and protocols of different meta universes are different;
the protocol information comprises a connection part, an algorithm part and a conversion part, wherein the connection part is used for connecting to the meta universe entry module, the algorithm part is used for carrying out secondary verification on the identity information, and the conversion part is used for carrying out adaptive conversion on the virtual model;
with reference to fig. 5, the communications unit includes a general communications component and a special communications component, the general communications component is capable of connecting to the protocol module and receiving protocol information, and the special communications component is capable of identifying a connection portion in the protocol information, connecting to a corresponding metastic inlet module according to contents of the connection portion, and then receiving information sent by the metastic inlet module;
the conversion unit can identify and extract conversion part contents in the protocol information, virtual model formats which can be applied in a metachrosis system are recorded in the conversion part contents, and the conversion unit converts the virtual models into corresponding formats according to the conversion part contents;
the process of converting the virtual model by the conversion unit comprises the following steps:
s41, segmenting the virtual model, wherein the segmentation principle is partial integrity of the model, for example, single clothes such as a hat, a jacket, trousers and the like have partial integrity, and hands, feet, heads and the like have partial integrity;
s42, converting the segmented partial model according to format requirements, wherein the format requirements comprise pixel requirements, model surface number requirements and the like;
s43, integrating the converted partial models into a complete virtual model;
the calculated amount for logging in the system is completed in the logging module, so that the logging burden of the metacarpal is reduced, and the logging speed of a large number of users during logging in simultaneously is increased;
when the system needs to add a new meta universe, the meta universe stores corresponding protocol information in the protocol module.
The disclosure is only a preferred embodiment of the invention, and is not intended to limit the scope of the invention, so that all equivalent technical changes made by using the contents of the specification and the drawings are included in the scope of the invention, and further, the elements thereof can be updated as the technology develops.
Claims (5)
1. A meta-universe individual login system based on edge computing is characterized by comprising a login module, a meta-universe entry module and a protocol module, wherein the login module is used for computing and checking login information, the meta-universe entry module is used for providing meta-universe information, and the protocol module is used for storing protocol information;
the login module comprises a virtual model register, a verification unit, a communication unit, a conversion unit, an interaction unit and a connection unit, wherein the virtual model register is used for storing virtual model data, the verification unit is used for calculating and verifying identity information, the communication unit is used for being connected to the protocol module and the metastic inlet module, the conversion unit is used for performing adaptive conversion on the virtual model data, the connection unit is used for connecting the login module to the electronic equipment in a wired or wireless mode, and the interaction unit is used for generating an interaction interface on the connected electronic equipment;
the verification performed by the verification unit comprises primary verification and secondary verification, wherein the primary verification is used for connecting the protocol module, and the secondary verification is used for connecting the meta universe entry module.
2. The system of claim 1, wherein the verification unit comprises a first verification processor and a first verification memory, the first verification processor is configured to perform computation processing on the user information in the login information, and the first verification memory is configured to store the verification information.
3. The system of claim 2, wherein the checking unit comprises a second checking processor and a second checking memory, the second checking memory is configured to receive and store the algorithm part data in the protocol information and the data content related to the second checking in the meta-cosmic information, and the second checking processor reads the data from the second checking memory and constructs the computing model for the second checking.
4. The system of claim 3, wherein the first verification processor processes the user information by:
s21, converting the user information character string into a binary numerical value;
s22, segmenting the converted binary numerical value by taking four bits as a unit to obtain m values, and using the m values
I is represented by a value ranging from 1 to m,
the value range of (1) is 0 to 15;
s23, mixing
Intermediate number B was obtained by treatment according to the following formula:
s24, counting the actual occupied digit number of B
And calculating to obtain the filling digit
：
S25, mixing
Filling 0 of the digit number into the B, wherein the filling method is that a 0 is filled between two adjacent digits from the tail part of the middle digit B;
s26, dividing the intermediate number B into two numbers
And
and calculating to obtain a check value C:
and S27, converting the check value C into a check character string and outputting the check character string.
5. The system for personal entry of the meta universe based on edge computing according to claim 4, wherein the system realizes the process of personal entry of the meta universe, and comprises the following steps:
s1, inputting personal information through a login module;
s2, the login module performs primary verification on the personal information and is connected to the protocol module after the personal information passes the verification;
s3, the protocol module sends the meta universe abstract information to the login module;
s4, selecting a meta universe to be logged in through the login module, and sending a number of the selected meta universe to the protocol module;
s5, the protocol module sends the protocol information of the meta universe to the login module;
s6, the login module is connected to the corresponding meta universe entry module according to the protocol information;
s7, the metastic inlet module sends metastic information to the login module;
s8, the login module carries out secondary verification on the personal information according to the protocol information and the meta-universe information;
and S9, after the second verification, the login module performs adaptive conversion on the virtual model according to the protocol information, and sends the converted virtual model information to the metastic entry module to complete the login process.
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