CN113704722A - Collaborative education platform based on block chain - Google Patents
Collaborative education platform based on block chain Download PDFInfo
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Abstract
The invention discloses a block chain-based collaborative education platform, relates to the technical field of collaborative education, and solves the technical problems that the existing scheme cannot ensure the quality and the safety of course resources and cannot verify the identity of a student, so that the quality of the course resources is not high and the learning effect is not good; according to the method, a resource main account is established and opened through a resource verification platform, a student account is established and opened through a student verification platform, and after verification is passed, a trusted data transmission channel between the resource main account and the student account is established based on block link points to complete data interaction; the resource units and the students are verified bidirectionally, so that the quality and the safety of course resources can be ensured, and the study supervision of the students can be enhanced; in the invention, a data transmission channel is established between a resource main account and at least one student account; the student account and at least one resource main body account establish a data storage channel; by establishing a flexible channel configuration scheme, the application scene of the invention can be improved.
Description
Technical Field
The invention belongs to the field of collaborative education, relates to a block chain technology, and particularly relates to a collaborative education platform based on a block chain.
Background
With the development of information technology, online education provides a more convenient and faster way for students. The course resources are uploaded to the cloud or the server, and students log in the cloud or the server through the registered account to acquire the course resources and study the course resources, so that the advantages of the Internet can be exerted to the maximum extent, and the study convenience is improved.
In the existing scheme, most of collaborative education platforms integrate course resources and provide various test materials, and students actively acquire the course resources to learn and independently test; the existing scheme can not ensure the quality and the safety of course resources and the learning effect of students; therefore, a collaborative education platform capable of guaranteeing the quality of course resources and the learning effect of students is needed.
Disclosure of Invention
The invention provides a block chain-based collaborative education platform, which is used for solving the technical problems of low course resource quality and poor learning effect caused by the fact that the existing scheme cannot ensure the quality and the safety of course resources and cannot verify the identity of a student.
The purpose of the invention can be realized by the following technical scheme: a collaborative education platform based on a block chain comprises a student verification platform, a block chain platform and a resource verification platform;
establishing a resource main account through the resource verification platform, filling and sending resource account information to a block chain platform; the resource account information comprises an account number ID, a name, a contact telephone, an account feature code and resource unit information;
establishing a student account through the student verification platform, filling and sending student account information to the block chain platform; the student account information comprises an account number ID, a name, a contact phone and a corresponding identity card photo;
the blockchain platform verifies the resource account information and the student account information; when the resource account information passes the verification, opening a resource main account; opening the student account when the student account information passes verification;
sending a learning planning request through the resource main account, and sending the learning planning request to a block chain platform; wherein the learning planning request comprises student basic information and resource learning time;
the block chain platform screens corresponding student accounts according to the student basic information and integrates to generate a target account set; and establishing a data transmission channel between the resource main account and the target account set through the block link points, and finishing data interaction between the resource main account and the target account set through the data transmission channel.
Preferably, the data transmission channel performs on-off control according to the resource learning time; wherein, the resource learning time is a set time range.
Preferably, before the resource account information is sent to the blockchain platform, the obtaining of the account feature code includes:
sending resource unit information to a block chain platform through the resource verification platform; the resource unit information comprises a unit name, a unit address and a unit code;
the block chain administrator verifies the validity of the resource unit information, generates an account feature code when the resource unit information is valid, and associates the account feature code with the corresponding resource unit;
and encrypting and sending the account feature code to the corresponding resource unit legal person.
Preferably, the verifying the resource account information by the blockchain platform includes:
extracting account feature codes and resource unit information in the resource account information;
and when the account feature code corresponds to the resource unit information, judging that the resource account information is verified to be passed, otherwise, judging that the resource account information is not verified to be passed.
Preferably, the verifying the student account information by the blockchain platform includes:
extracting names and identity card photos in the student account information;
when the name is consistent with the identity card picture, judging that the account information of the student is verified; otherwise, judging that the student account information verification is not passed.
Preferably, the acquiring of the target account set includes:
the block chain platform extracts the basic information of the trainees in the learning planning request; the basic information of the student comprises a name, a contact phone and a corresponding identity card photo;
and matching the student basic information with the student account information, acquiring a student account corresponding to the successfully matched student account information, and generating a target account set.
Preferably, a data transmission channel is established by combining the block link points through the account numbers ID of the resource main account and the student account.
Preferably, the resource main account and at least one student account establish a data transmission channel; and
and the student account establishes a data storage channel with at least one resource main body account.
Compared with the prior art, the invention has the beneficial effects that:
1. according to the method, a resource main account is established and opened through a resource verification platform, a student account is established and opened through a student verification platform, and after verification is passed, a trusted data transmission channel between the resource main account and the student account is established based on block link points to complete data interaction; the resource units and the students are verified bidirectionally, so that the quality and the safety of the course resources can be ensured, and the study supervision of the students can be enhanced.
2. The block chain platform screens corresponding student accounts according to the student basic information and integrates to generate a target account set; establishing a data transmission channel between a resource main account and a target account set through block link points, wherein the resource main account and at least one student account establish the data transmission channel; the student account and at least one resource main body account establish a data storage channel; by establishing a flexible channel configuration scheme, the application scene of the invention can be improved, and the application range can be widened.
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In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a schematic diagram of the system of the present invention;
FIG. 2 is a schematic diagram of the working steps of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood 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.
The terminology used herein is for the purpose of describing embodiments and is not intended to be limiting and/or limiting of the present disclosure; it should be noted that the singular forms "a," "an," and "the" include the plural forms as well, unless the context clearly indicates otherwise; also, although the terms first, second, etc. may be used herein to describe various elements, the elements are not limited by these terms, which are only used to distinguish one element from another.
Referring to fig. 1, the present application provides a block chain-based collaborative education platform, which includes a student verification platform, a block chain platform, and a resource verification platform.
The block chain platform is a basis and is used for verifying the resource account information and the student account information and constructing a data transmission channel.
The resource verification platform is used for establishing a resource main account, filling and sending resource account information to the block chain platform.
The student verification platform is used for establishing a student account, filling and sending student account information to the block chain platform.
The method mainly includes verifying resource units such as a resource maker and a resource authorizer, ensuring that the qualification of the resource units meets requirements, opening corresponding resource main account, opening student account by students, and establishing a trusted data transmission channel between the resource main account (or account number ID) and the student account (or account number ID) based on a block chain platform.
The method and the system ensure the reliability of resource units and potentially the reliability of course resources, and can avoid negative influence on students caused by the fact that a large amount of inferior course resources are full of markets; the application guarantees the reliability of the student, and meanwhile, avoids the leakage of course resources by the student who does not depend on the music score; the credible data transmission channel is established based on the block chain link points in the block chain platform, so that the safety of data such as course resources in the transmission process can be guaranteed, and accurate tracing can be performed when problems occur.
According to the collaborative education platform based on the block chain, a resource main account is established through a resource verification platform, and resource account information is filled and sent to the block chain platform; the resource account information includes account number ID, name, contact phone, account feature code, and resource unit information.
The account number ID is the unique identifier of the resource main account; the name is the name of the resource subject account manager or the legal person, and the contact phone corresponds to the name; the account feature code is used for verifying the resource main account; the resource unit information includes a unit name, a unit address, and a unit code, and is also basic data for acquiring the account feature code.
The resource account information is used to determine the authenticity of the resource unit, and therefore, the resource account information also includes organization codes (unified social credit codes), office addresses, and other information that is helpful in certifying the resource unit.
According to the collaborative education platform based on the block chain, the student account is established through the student verification platform, and student account information is filled and sent to the block chain platform; the student account information includes an account number ID, a name, a contact phone, and a corresponding identification card photo.
The account number ID is the unique identifier of the student account; the surname is the real name of the student and corresponds to the ID card; the contact phone is also the real phone of the student; the identity card photo ensures that the content can be clearly seen.
The student account information is used to determine the real identity of the student, and therefore, the student account information may further include work numbers, addresses, and other information that facilitates identification.
According to the block chain-based collaborative education platform, the block chain platform verifies the resource account information and the student account information; when the resource account information passes the verification, opening a resource main account; and opening the student account when the student account information passes verification.
It should be noted that, before the resource account information is sent to the blockchain platform, the obtaining of the account feature code includes:
sending resource unit information to a block chain platform through a resource verification platform; the resource unit information comprises a unit name, a unit address and a unit code;
the block chain administrator verifies the validity of the resource unit information, generates an account feature code when the resource unit information is valid and correct, and associates the account feature code with the corresponding resource unit;
and encrypting and sending the account feature code to the corresponding resource unit legal person.
The unit code is an organization code or a unified social credit code; a block chain manager analyzes the resource unit information through the Internet, if the resource unit information is effective and correct, an account feature code is generated, and the account feature code is associated with the corresponding resource unit; and in order to ensure the uniqueness of the account feature code, the organization code can be inserted into a specific data sequence, or the organization code can be scattered and separately inserted into the feature data sequence according to a set rule. In some other preferred embodiments, the resource units may be screened in advance, a resource unit standard table is formed and stored in the blockchain platform, and the blockchain platform administrator compares the resource unit information with the resource unit standard table to obtain the account feature code.
The account feature code is unique and corresponds to a resource unit; the account signature is encrypted and sent to the legal person of the corresponding resource unit after being acquired, and in other preferred embodiments, the account signature can also be sent to the corresponding resource unit in other security manners.
The application provides a collaborative education platform based on block chain, block chain platform verifies resource account information, includes:
extracting account feature codes and resource unit information in the resource account information;
and when the account feature code corresponds to the resource unit information, judging that the resource account information is verified to be passed, otherwise, judging that the resource account information is not verified to be passed.
The verification of the resource account information mainly verifies whether the account feature codes correspond to each other, and then verifies the uniformity of names and contact telephones in the resource account information.
The application provides a collaborative education platform based on block chain, block chain platform verifies student's account information, includes:
extracting names and identity card photos in the student account information;
when the name is consistent with the identity card picture, judging that the account information of the student is verified; otherwise, judging that the student account information verification is not passed.
According to the collaborative education platform based on the block chain, the learning planning request is sent through the resource main account, and the learning planning request is sent to the block chain platform; wherein the learning planning request comprises the basic information of the trainee and the resource learning time.
And sending a learning planning request to the blockchain platform, namely screening a target account set through the blockchain platform, and informing students corresponding to the target account set of the resource learning time. The resource learning time is a time range, mainly aims to protect course resources and simultaneously aims to urge a student to finish learning within the time range.
According to the block chain-based collaborative education platform, the block chain platform screens corresponding student accounts according to the basic information of the students and integrates the corresponding student accounts to generate a target account set; the acquiring of the target account set comprises:
extracting the basic information of the trainees in the learning planning request by the block chain platform; the basic information of the student comprises a name, a contact telephone and a corresponding identity card photo;
and matching the student basic information with the student account information, acquiring the student account corresponding to the successfully matched student account information, and generating a target account set.
Visibly, a target account set is screened out through matching of the student basic information and the student account information, and is suitable for a plurality of learning and education scenes; for example, the class owner sends course resources to class classmates, and the company sends learning resources to employees.
According to the collaborative education platform based on the block chain, the data transmission channel between the resource main account and the target account set is established through the block chain link points, and data interaction between the resource main account and the target account set is completed through the data transmission channel.
After the resource units and the identity of the student are determined, a data transmission channel is established between the resource units and the identity of the student based on the block link points, and the data storage channel is credible and traceable.
Notably, on-off control is performed according to the resource learning time according to a transmission channel; if the data storage channel is opened at the beginning of the resource learning time, the data storage channel is closed at the end of the resource learning time.
In another important point, the resource main account and at least one student account establish a data transmission channel; the student account and at least one resource main account establish a data storage channel; the application range of the application is further widened, and if a student is a student and an employee, the application can completely meet the scene.
Next, the technical solution of the present application will be specifically exemplified.
Cooperative learning in government field
A government affair unit establishes a resource main account, a student establishes a student account, and a data transmission channel between the resource main account and the student is established after information verification;
the student learns the course resources preset by the government affair unit through the data transmission channel, supervises and feeds back the learning process and the learning effect, and feeds back the course resources in time through the data transmission channel; and the on-off of the data transmission channel is automatically switched according to the set resource learning time.
Second, collaborative learning in the field of teaching
A resource main account is established by a school or a teacher, a student account is established by the student, and a data transmission channel between the resource main account and the student account is established after information verification;
the student learns the course resources preset by the school or the teacher through the data transmission channel, supervises and feeds back the learning process and the learning effect, and feeds back the course resources in time through the data transmission channel; and the on-off of the data transmission channel is automatically switched according to the set resource learning time.
Referring to fig. 2, the present application provides a systematic education method of a block chain-based collaborative education platform, including:
establishing a resource main account through a resource verification platform, filling and sending resource account information to a block chain platform; and establishing a student account through the student verification platform, and filling and sending student account information to the block chain platform.
The block chain platform verifies the resource account information and the student account information; when the resource account information passes the verification, opening a resource main account; and opening the student account when the student account information passes verification.
Sending a learning planning request through a resource main account, and sending the learning planning request to a block chain platform; and the block chain platform screens corresponding student accounts according to the learning planning request and integrates to generate a target account set.
And establishing a data transmission channel between the resource main account and the target account set through the block link points, and completing data interaction between the resource main account and the target account set through the data transmission channel.
The working principle of the invention is as follows:
establishing a resource main account through a resource verification platform, filling and sending resource account information to a block chain platform; and establishing a student account through the student verification platform, and filling and sending student account information to the block chain platform.
The block chain platform verifies the resource account information and the student account information; when the resource account information passes the verification, opening a resource main account; and opening the student account when the student account information passes verification.
Sending a learning planning request through a resource main account, and sending the learning planning request to a block chain platform; and the block chain platform screens corresponding student accounts according to the learning planning request and integrates to generate a target account set.
And establishing a data transmission channel between the resource main account and the target account set through the block link points, and completing data interaction between the resource main account and the target account set through the data transmission channel.
In the description herein, references to the description of "one embodiment," "an example," "a specific example" or the like are intended to mean that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the invention. In this specification, the schematic representations of the terms used above do not necessarily refer to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.
The foregoing is merely exemplary and illustrative of the present invention and various modifications, additions and substitutions may be made by those skilled in the art to the specific embodiments described without departing from the scope of the invention as defined in the following claims.
Claims (8)
1. A block chain-based collaborative education platform comprising a student verification platform, a block chain platform and a resource verification platform, comprising:
establishing a resource main account through the resource verification platform, filling and sending resource account information to a block chain platform; the resource account information comprises an account number ID, a name, a contact telephone, an account feature code and resource unit information;
establishing a student account through the student verification platform, filling and sending student account information to the block chain platform; the student account information comprises an account number ID, a name, a contact phone and a corresponding identity card photo;
the blockchain platform verifies the resource account information and the student account information; when the resource account information passes the verification, opening a resource main account; opening the student account when the student account information passes verification;
sending a learning planning request through the resource main account, and sending the learning planning request to a block chain platform; wherein the learning planning request comprises student basic information and resource learning time;
the block chain platform screens corresponding student accounts according to the student basic information and integrates to generate a target account set; and establishing a data transmission channel between the resource main account and the target account set through the block link points, and finishing data interaction between the resource main account and the target account set through the data transmission channel.
2. The collaborative education platform based on the block chain according to claim 1, wherein the data transmission channel is controlled to be on or off according to the resource learning time; wherein, the resource learning time is a set time range.
3. The blockchain-based collaborative education platform of claim 1, wherein obtaining the account feature code before the resource account information is sent to the blockchain platform comprises:
sending resource unit information to a block chain platform through the resource verification platform; the resource unit information comprises a unit name, a unit address and a unit code;
the block chain administrator verifies the validity of the resource unit information, generates an account feature code when the resource unit information is valid, and associates the account feature code with the corresponding resource unit;
and encrypting and sending the account feature code to the corresponding resource unit legal person.
4. The blockchain-based collaborative education platform of claim 1, wherein the blockchain platform validates resource account information including:
extracting account feature codes and resource unit information in the resource account information;
and when the account feature code corresponds to the resource unit information, judging that the resource account information is verified to be passed, otherwise, judging that the resource account information is not verified to be passed.
5. The blockchain-based collaborative education platform of claim 1 wherein the blockchain platform verifies student account information comprising:
extracting names and identity card photos in the student account information;
when the name is consistent with the identity card picture, judging that the account information of the student is verified; otherwise, judging that the student account information verification is not passed.
6. The blockchain-based collaborative education platform of claim 1, wherein the acquisition of the set of target accounts includes:
the block chain platform extracts the basic information of the trainees in the learning planning request; the basic information of the student comprises a name, a contact phone and a corresponding identity card photo;
and matching the student basic information with the student account information, acquiring a student account corresponding to the successfully matched student account information, and generating a target account set.
7. The collaborative education platform based on block chains according to claim 1, wherein a data transmission channel is established by the account numbers ID of the resource main account and the student account in combination with the block chain link points.
8. The collaborative education platform based on the blockchain according to claim 1, wherein the resource subject account establishes a data transmission channel with at least one of the student accounts; and the student account establishes a data storage channel with at least one resource main body account.
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| CN202111251900.XA CN113704722A (en) | 2021-10-27 | 2021-10-27 | Collaborative education platform based on block chain |
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| CN114912149A (en) * | 2022-04-12 | 2022-08-16 | 中南建筑设计院股份有限公司 | BIM cloud design platform based on block chain technology and result protection method |
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Application publication date: 20211126 |