CN117437000A - Networking data interaction method, system, computer equipment and storage medium - Google Patents
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Abstract
The invention discloses a networking data interaction method, a networking data interaction system, computer equipment and a storage medium, belongs to the field of networking data, relates to a data interaction technology, and is used for solving the problems that in the prior art, when books in a library are borrowed, historical data analysis of borrowing staff is not carried out, and the problem that the borrowing use rate of the books is not high due to the fact that off-line borrower books are self-borrowed is not involved; and (3) starting from historical borrowing data of the borrower, analyzing the total borrowing times, the total overdue times and the overdue time length to obtain a borrowing allowing coefficient for evaluating whether the borrower can continue borrowing, then starting from a book list borrowed by the borrower (a first personal terminal), confirming whether the book is borrowed one by one, acquiring a borrowing book place of a pre-fetched book of the first personal terminal in an unreborrowed state, and further carrying out relevant book scheduling under the confirmation of a cooperative signal to ensure that the corresponding first personal terminal can take the book at the borrowing book place of the pre-fetched book.
Description
Technical Field
The invention belongs to the field of networking data, relates to a data interaction technology, and in particular relates to a networking data interaction method, a networking data interaction system, computer equipment and a storage medium.
Background
Networking data interaction refers to the process of exchanging data between a transmitting end and a receiving end under network connection. This process may be implemented by different protocols and techniques, such as the TCP/IP protocol, the UDP protocol, the HTTP protocol, etc. In the data interaction process, the sending end packages the data into a specific format, the data is transmitted to the receiving end through a network, and the receiving end analyzes and processes the received data to finally realize the data interaction.
Networking data interaction technology designs a lot of concrete scenes, in prior art, books of library borrow also have networking data transmission's shadow, but use to network data only is limited to books and borrow registration and the inside books position of library's consult, and to borrowing the historical data analysis of books personnel and off-line borrower books borrow by oneself and do not involve, lead to many readers can not be the very first time after books are read still books, but carry out the returnable of books before borrowing time deadline, lead to the borrowing rate of books not high.
To this end, the invention proposes a networked data interaction method, system, computer device and storage medium.
Disclosure of Invention
The purpose of this application is to provide networking data interaction method, system, computer equipment and storage medium for when solving library's books among the prior art and borrowing, have not to borrowing the historical data analysis of books personnel and have not involved off-line borrower's books and borrow the problem that leads to the borrowing rate of books not high by oneself.
To achieve the above object, the present application provides a networking data interaction method, including:
step 101: the first personal terminal sends a book borrowing request to the first management terminal; the first management terminal receives a book borrowing request sent by the first personal terminal and forwards the book borrowing request to the master control module;
step 102: the general control module acquires a book borrowing list sent by a first personal terminal, and acquires the position of a library where a corresponding book is located in the book borrowing list and the current borrowing state of the corresponding book by combining with a server;
step 103: when the current borrowing state of the books is in borrowing, the master control module sends a book coordination signal to the second management terminal; the second management terminal obtains a second personal terminal for borrowing the corresponding books;
when the second personal terminal receives the book reading signal, selecting to accept or reject;
step 104: after the second personal terminal receives the book reading signal, the second management terminal generates a reading code and sends the reading code to the second personal terminal;
the first personal terminal scans the code to assist in reading, so that off-line borrowing of the book is completed;
and after the first personal terminal finishes code scanning, the first management terminal sends the borrowing information of the book to a master control module and adds a borrowing log.
Preferably, the book borrowing request includes a borrowing book order, a borrowing book location, and a borrowing book time.
Preferably, the first personal terminal is further configured to:
sending personal information to the first management terminal, wherein the personal information comprises a borrower name and a borrower positioning address;
the first management terminal is further configured to:
the server is linked, and the total borrowing times S, the overdue borrowing return times I and the overdue borrowing duration ti corresponding to the names of borrowers are obtained, wherein the overdue borrowing duration is the duration of each overdue borrowing return; and i is the number of times corresponding to the overdue return of borrowing.
Preferably, the first management terminal sends the obtained borrowing total times S, the borrowing overdue returning times I and the borrowing overdue duration ti corresponding to the borrowing names to the master control module;
the master control module is internally provided with a data processing unit, and the data processing unit performs data processing and comprises:
the data processing unit calculates the borrowing coefficient YJ of the borrower by using a calculation formula, wherein the calculation formula is as follows:
wherein (1)>For overdue times influence coefficient, +.>For the overdue duration influence factor, +.>Is a timeout period threshold;
the general control module sets a borrowing coefficient threshold value YJ0, and comprehensively compares the borrowing coefficient YJ of the borrower with the borrowing coefficient threshold value YJ 0;
when the let-off coefficient YJ is smaller than the let-off coefficient threshold YJ0, the master control module feeds back an abnormal signal to the first management terminal;
when let-down coefficient YJAnd when the borrowing coefficient threshold value YJ0 is allowed, the master control module feeds back a normal signal to the first management terminal.
Preferably, after receiving the normal signal, the first management terminal sends a borrowing signal to the master control module;
when the borrowing state of the book is not borrowed at present, the master control module judges whether the position of the library where the corresponding book is located is consistent with the borrowing position;
when the books are consistent, the master control module marks the books as pre-borrowed books;
when the position of the library where the corresponding book is located is inconsistent with the borrowing book place, the master control module feeds back a cooperative signal to the first management terminal, the first management terminal forwards the cooperative signal to the first personal terminal, after the first personal terminal confirms cooperative scheduling, the book is scheduled to the borrowing book place from the original library, and the book is marked as a pre-borrowed book.
A networked data interaction system, comprising:
the first personal terminal is used for sending a book borrowing request to the first management terminal; the book borrowing request comprises a book borrowing list, a book borrowing place and book borrowing time;
the first management terminal is used for receiving the book borrowing request sent by the first personal terminal and forwarding the book borrowing request to the master control module;
the general control module is used for performing book borrowing control according to the received book borrowing request:
the general control module acquires a book borrowing list sent by a first personal terminal, and acquires the position of a library where a corresponding book is located in the book borrowing list and the current borrowing state of the corresponding book by combining with a server;
when the current borrowing state of the books is in borrowing, the master control module sends a book coordination signal to the second management terminal;
when the borrowing state of the book is not borrowed at present, the master control module judges whether the position of the library where the corresponding book is located is consistent with the borrowing position;
when the books are consistent, the master control module marks the books as pre-borrowed books;
when the position of the library where the corresponding book is located is inconsistent with the borrowing book place, the master control module feeds back a cooperative signal to the first management terminal, the first management terminal forwards the cooperative signal to the first personal terminal, after the first personal terminal confirms cooperative scheduling, the book is scheduled to the borrowing book place from the original library, and the book is marked as a pre-borrowed book.
Preferably, the first personal terminal is further configured to:
sending personal information to the first management terminal, wherein the personal information comprises a borrower name and a borrower positioning address;
the first management terminal is further configured to:
the server is linked, and the total borrowing times S, the overdue borrowing return times I and the overdue borrowing duration ti corresponding to the names of borrowers are obtained, wherein the overdue borrowing duration is the duration of each overdue borrowing return; and i is the number of times corresponding to the overdue return of borrowing.
Preferably, when the master control module sends a book coordination signal to the second management terminal, the second management terminal obtains a borrowing second personal terminal corresponding to the book;
the second personal terminal receives the book reading signal and then selects to accept or reject the book reading signal; the book borrowing signal is that the book is borrowed to other borrowers in a book borrowing period, and corresponding selection can be accepted or rejected;
after receiving a book reading signal, the second management terminal generates a reading code and sends the reading code to the second personal terminal;
the code is used for the second personal terminal to read the book offline with the first personal terminal, and the code is scanned by the first personal terminal to read the book offline.
Compared with the prior art, the invention has the beneficial effects that:
according to the method, the device and the system, the borrowing total times, the overdue total times and the overdue time are analyzed from historical borrowing data of a borrower to obtain the borrowing permission coefficient for evaluating whether the borrower can be continuously borrowed, then whether books are borrowed or not is confirmed one by one from book sheets borrowed by the borrower (a first personal terminal), the borrowing book places of the books pre-fetched by the first personal terminal are obtained in an unreborrowed state, and then relevant book scheduling is conducted under the confirmation of cooperative signals, so that the corresponding first personal terminal can be ensured to be taken to the books at the borrowing book places of the pre-fetched books;
in the application, when a first personal terminal borrows books in a borrowing state, a book-negotiation signal is sent to a second personal terminal through a second management terminal, and after the second personal terminal receives the book-negotiation signal, the second management terminal generates a negotiation code and sends the negotiation code to the second personal terminal; the code-scanning and code-scanning method comprises the steps that the code-scanning is used for scanning books offline by a second personal terminal and a first personal terminal, and the books offline are finished through the code-scanning and code-scanning of the first personal terminal; after the first personal terminal finishes the code scanning, the first management terminal sends the borrowing information of the books to the master control module, and adds borrowing logs, so that the off-line borrowing of the books is finished under the condition that the books are borrowed and confirmed through off-line negotiation, the idling of the books is avoided, and the utilization rate of the books is improved.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings required in the prior art and the embodiments will be briefly described below, and it is apparent that the drawings in the following description are only some embodiments of the present invention, and other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
FIG. 1 is a block diagram of a networked data interaction system of the present invention;
FIG. 2 is a flow chart of a networked data interaction method of the present invention;
fig. 3 is a schematic structural diagram of a computer device according to an embodiment of the present application.
Detailed Description
For the purposes of making the objects, technical solutions and advantages of the embodiments of the present application more clear, the technical solutions of the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is apparent that the described embodiments are some embodiments of the present application, but not all embodiments. All other embodiments, which can be made by one of ordinary skill in the art without undue burden from the present disclosure, are within the scope of the present disclosure.
Embodiment one: referring to fig. 1 specifically, an embodiment of the present invention proposes a networked data interaction system, including a plurality of first personal terminals, a first management terminal, a master control module, a server, a second management terminal, and a plurality of second personal terminals;
the first personal terminal is used for sending a book borrowing request to the first management terminal; the book borrowing request comprises a book borrowing list, a book borrowing place and book borrowing time;
the first management terminal is used for receiving the book borrowing request sent by the first personal terminal and forwarding the book borrowing request to the master control module;
the general control module is used for performing book borrowing control according to the received book borrowing request, and is in wireless remote connection with the server;
wherein the first personal terminal is further configured to:
sending personal information to the first management terminal, wherein the personal information comprises a borrower name and a borrower positioning address;
the first management terminal is further configured to:
the server is linked, and the total borrowing times S, the overdue borrowing return times I and the overdue borrowing duration ti corresponding to the names of borrowers are obtained, wherein the overdue borrowing duration is the duration of each overdue borrowing return; and i is the number of times corresponding to overdue borrowing return;
the first management terminal sends the obtained borrowing total times S, the borrowing overdue returning times I and the borrowing overdue duration ti corresponding to the borrowing names to the total control module;
the master control module is internally provided with a data processing unit, and the data processing unit performs data processing and comprises:
the data processing unit calculates the borrowing coefficient YJ of the borrower by using a calculation formula, wherein the calculation formula is as follows:
wherein (1)>For overdue times influence coefficient, +.>For the overdue duration influence factor, +.>Is a timeout period threshold;
the general control module sets a borrowing coefficient threshold value YJ0, and comprehensively compares the borrowing coefficient YJ of the borrower with the borrowing coefficient threshold value YJ 0;
when the borrowing permission coefficient YJ is smaller than the borrowing permission coefficient threshold value YJ0, the master control module feeds back an abnormal signal to the first management terminal, and the fact that overdue problems exist in historical borrowing of the borrower and the borrowing is not allowed is indicated;
when let-down coefficient YJWhen the borrowing coefficient threshold value YJ0 is allowed, the master control module feeds back a normal signal to the first management terminal, and the history borrowing condition of the borrower is indicated to be good, and the borrowing is allowed;
after receiving the normal signal, the first management terminal sends a borrowing signal to the master control module;
in this application, the process of borrowing control by the master control module includes:
the general control module acquires a book borrowing list sent by a first personal terminal, and acquires the position of a library where a corresponding book is located in the book borrowing list and the current borrowing state of the corresponding book by combining with a server;
when the current borrowing state of the books is in borrowing, the master control module sends a book coordination signal to the second management terminal;
when the borrowing state of the book is not borrowed at present, the master control module judges whether the position of the library where the corresponding book is located is consistent with the borrowing position;
when the books are consistent, the master control module marks the books as pre-borrowed books;
when the position of the library where the corresponding book is located is inconsistent with the borrowing book place, the master control module feeds back a cooperative signal to the first management terminal, the first management terminal forwards the cooperative signal to the first personal terminal, after the first personal terminal confirms cooperative scheduling, the book is scheduled to the borrowing book place from the original library, and the book is marked as a pre-borrowed book;
when the master control module sends a book coordination signal to the second management terminal, the second management terminal obtains a borrowing second personal terminal corresponding to the book;
the second personal terminal receives the book reading signal and then selects to accept or reject the book reading signal; the book borrowing signal is that the book is borrowed to other borrowers in a book borrowing period, and corresponding selection can be accepted or rejected;
after receiving a book reading signal, the second management terminal generates a reading code and sends the reading code to the second personal terminal;
the code-scanning and code-scanning method comprises the steps that the code-scanning is used for scanning books offline by a second personal terminal and a first personal terminal, and the books offline are finished through the code-scanning and code-scanning of the first personal terminal;
and after the first personal terminal finishes code scanning, the first management terminal sends the borrowing information of the book to a master control module and adds a borrowing log.
According to the networking data interaction system provided by the embodiment, firstly, the history borrowing data of a borrower is used for analyzing the total borrowing times, the total overdue times and the overdue time to obtain the borrowing permission coefficient for evaluating whether the borrower can continue borrowing, then, whether the book is borrowed or not is confirmed one by one from a book list of the borrower (a first personal terminal), the borrowing book place of a book pre-fetched by the first personal terminal is obtained in an unreborrowed state, and then, relevant book scheduling is carried out under the confirmation of a cooperative signal, so that the corresponding first personal terminal can be ensured to take the book at the borrowing book place of the pre-fetched book;
in the application, when a first personal terminal borrows books in a borrowing state, a book-negotiation signal is sent to a second personal terminal through a second management terminal, and after the second personal terminal receives the book-negotiation signal, the second management terminal generates a negotiation code and sends the negotiation code to the second personal terminal; the code-scanning and code-scanning method comprises the steps that the code-scanning is used for scanning books offline by a second personal terminal and a first personal terminal, and the books offline are finished through the code-scanning and code-scanning of the first personal terminal; after the first personal terminal finishes the code scanning, the first management terminal sends the borrowing information of the books to the master control module, and adds borrowing logs, so that the off-line borrowing of the books is finished under the condition that the books are borrowed and confirmed through off-line negotiation, the idling of the books is avoided, and the utilization rate of the books is improved.
Embodiment two: referring to fig. 2, another embodiment of the present invention provides a method for interaction of networking data, which includes the following steps:
step 101: the first personal terminal sends a book borrowing request to the first management terminal; the first management terminal receives a book borrowing request sent by the first personal terminal and forwards the book borrowing request to the master control module;
step 102: the general control module acquires a book borrowing list sent by a first personal terminal, and acquires the position of a library where a corresponding book is located in the book borrowing list and the current borrowing state of the corresponding book by combining with a server;
step 103: when the current borrowing state of the books is in borrowing, the master control module sends a book coordination signal to the second management terminal; the second management terminal obtains a second personal terminal for borrowing the corresponding books;
when the second personal terminal receives the book reading signal, selecting to accept or reject;
step 104: after the second personal terminal receives the book reading signal, the second management terminal generates a reading code and sends the reading code to the second personal terminal;
the first personal terminal scans the code to assist in reading, so that off-line borrowing of the book is completed;
and after the first personal terminal finishes code scanning, the first management terminal sends the borrowing information of the book to a master control module and adds a borrowing log.
The book borrowing request comprises a book borrowing list, a book borrowing place and book borrowing time;
in this application, the first personal terminal is further configured to:
sending personal information to the first management terminal, wherein the personal information comprises a borrower name and a borrower positioning address;
the first management terminal is further configured to:
the server is linked, and the total borrowing times S, the overdue borrowing return times I and the overdue borrowing duration ti corresponding to the names of borrowers are obtained, wherein the overdue borrowing duration is the duration of each overdue borrowing return; and i is the number of times corresponding to overdue borrowing return;
the first management terminal sends the obtained borrowing total times S, the borrowing overdue returning times I and the borrowing overdue duration ti corresponding to the borrowing names to the total control module;
the master control module is internally provided with a data processing unit, and the data processing unit performs data processing and comprises:
the data processing unit calculates the borrowing coefficient YJ of the borrower by using a calculation formula, wherein the calculation formula is as follows:
wherein (1)>For overdue times influence coefficient, +.>For the overdue duration influence factor, +.>Is a timeout period threshold;
the general control module sets a borrowing coefficient threshold value YJ0, and comprehensively compares the borrowing coefficient YJ of the borrower with the borrowing coefficient threshold value YJ 0;
when the borrowing permission coefficient YJ is smaller than the borrowing permission coefficient threshold value YJ0, the master control module feeds back an abnormal signal to the first management terminal, and the fact that overdue problems exist in historical borrowing of the borrower and the borrowing is not allowed is indicated;
when let-down coefficient YJWhen the borrowing coefficient threshold value YJ0 is allowed, the master control module feeds back a normal signal to the first management terminal, and the history borrowing condition of the borrower is indicated to be good, and the borrowing is allowed;
after receiving the normal signal, the first management terminal sends a borrowing signal to the master control module;
when the borrowing state of the book is not borrowed, the master control module judges whether the position of the library where the corresponding book is located is consistent with the borrowed book position;
when the books are consistent, the master control module marks the books as pre-borrowed books;
when the position of the library where the corresponding book is located is inconsistent with the borrowing book place, the master control module feeds back a cooperative signal to the first management terminal, the first management terminal forwards the cooperative signal to the first personal terminal, after the first personal terminal confirms cooperative scheduling, the book is scheduled to the borrowing book place from the original library, and the book is marked as a pre-borrowed book.
According to the networking data interaction method provided by the embodiment, firstly, the history borrowing data of the borrower is used for analyzing the total borrowing times, the total overdue times and the overdue time to obtain the borrowing permission coefficient for evaluating whether the borrower can continue borrowing, then whether the book is borrowed or not is confirmed one by one from a book list of the borrower (a first personal terminal), the borrowing book place of a book pre-fetched by the first personal terminal is obtained in an unreborrowed state, and then relevant book scheduling is carried out under the confirmation of a cooperative signal, so that the corresponding first personal terminal can be ensured to take the book at the borrowing book place of the pre-fetched book;
in the application, when a first personal terminal borrows books in a borrowing state, a book-negotiation signal is sent to a second personal terminal through a second management terminal, and after the second personal terminal receives the book-negotiation signal, the second management terminal generates a negotiation code and sends the negotiation code to the second personal terminal; the code-scanning and code-scanning method comprises the steps that the code-scanning is used for scanning books offline by a second personal terminal and a first personal terminal, and the books offline are finished through the code-scanning and code-scanning of the first personal terminal; after the first personal terminal finishes the code scanning, the first management terminal sends the borrowing information of the books to the master control module, and adds borrowing logs, so that the off-line borrowing of the books is finished under the condition that the books are borrowed and confirmed through off-line negotiation, the idling of the books is avoided, and the utilization rate of the books is improved.
The above formulas are all formulas with dimensions removed and numerical values calculated, the formulas are formulas which are obtained by acquiring a large amount of data and performing software simulation to obtain the closest actual situation, and preset parameters and preset thresholds in the formulas are set by a person skilled in the art according to the actual situation or are obtained by simulating a large amount of data.
Embodiment III: fig. 3 is a schematic structural diagram of a computer device 700 according to an embodiment of the present application. As shown in fig. 3, the computer device 700 of this embodiment includes: at least one processor 701 (only one processor is shown in fig. 3), a memory 702, and a computer program 703, such as a test program, stored in the memory 702 and executable on the at least one processor 701. The steps of one of the networked data interaction method embodiments described above are implemented by the processor 701 executing the computer program 703. The processor 701, when executing the computer program 703, implements the steps of one embodiment of a networked data interaction method described above. The processor 701, when executing the computer program 703, performs the functions of the modules/units of one of the networked data interaction system embodiments described above.
By way of example, the computer program 703 may be partitioned into one or more modules/units, which are stored in the memory 702 and executed by the processor 701 to complete the present application. One or more of the modules/units may be a series of computer program instruction segments capable of performing particular functions to describe the execution of the computer program 703 in the computer device 700. For example, the computer program 703 may be divided into a file acquisition unit, a file analysis unit, a result receiving unit, and an abnormality determination unit, and specific functions of each unit are described in the above embodiments, and are not described here again.
The computer device 700 may be a computing device such as a server, desktop computer, tablet computer, cloud server, mobile terminal, and the like. The computer device 700 may include, but is not limited to, a processor 701, a memory 702. It will be appreciated by those skilled in the art that fig. 3 is merely an example of a computer device 700 and is not intended to limit the computer device 700, and may include more or fewer components than shown, or may combine certain components, or different components, e.g., a computer device may also include an input-output device, a network access device, a bus, etc.
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present application. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the application. Thus, the present application is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
Claims (9)
1. The networking data interaction method is characterized by comprising the following steps of:
step 101: the first personal terminal sends a book borrowing request to the first management terminal; the first management terminal receives a book borrowing request sent by the first personal terminal and forwards the book borrowing request to the master control module;
step 102: the general control module acquires a book borrowing list sent by a first personal terminal, and acquires the position of a library where a corresponding book is located in the book borrowing list and the current borrowing state of the corresponding book by combining with a server;
step 103: when the current borrowing state of the books is in borrowing, the master control module sends a book coordination signal to the second management terminal; the second management terminal obtains a second personal terminal for borrowing the corresponding books;
when the second personal terminal receives the book reading signal, selecting to accept or reject;
step 104: after the second personal terminal receives the book reading signal, the second management terminal generates a reading code and sends the reading code to the second personal terminal;
the first personal terminal scans the code to assist in reading, so that off-line borrowing of the book is completed;
after the first personal terminal finishes code scanning, the first management terminal sends borrowing information of the books to a master control module and adds borrowing logs;
the first management terminal sends the obtained borrowing total times S, the borrowing overdue returning times I and the borrowing overdue duration ti corresponding to the borrowing names to the total control module;
the master control module is internally provided with a data processing unit, and the data processing unit performs data processing and comprises:
the data processing unit calculates the borrowing coefficient YJ of the borrower by using a calculation formula, wherein the calculation formula is as follows:
wherein (1)>For overdue times influence coefficient, +.>For the overdue duration influence factor, +.>I is the number of times corresponding to the borrowing overdue return for the overdue duration threshold;
the general control module sets a borrowing coefficient threshold value YJ0, and comprehensively compares the borrowing coefficient YJ of the borrower with the borrowing coefficient threshold value YJ 0;
when the let-off coefficient YJ is smaller than the let-off coefficient threshold YJ0, the master control module feeds back an abnormal signal to the first management terminal;
when let-down coefficient YJAnd when the borrowing coefficient threshold value YJ0 is allowed, the master control module feeds back a normal signal to the first management terminal.
2. The networked data interaction method of claim 1 wherein the book borrowing request includes a borrowing book order, a borrowing book location, and a borrowing book time.
3. The networking data interaction method of claim 1, wherein the first personal terminal is further configured to:
sending personal information to the first management terminal, wherein the personal information comprises a borrower name and a borrower positioning address;
the first management terminal is further configured to:
the server is linked, and the total borrowing times S, the overdue borrowing return times I and the overdue borrowing duration ti corresponding to the names of borrowers are obtained, wherein the overdue borrowing duration is the duration of each overdue borrowing return; and i is the number of times corresponding to the overdue return of borrowing.
4. The networking data interaction method of claim 3, wherein the first management terminal sends a borrowing signal to the master control module after receiving a normal signal;
when the borrowing state of the book is not borrowed at present, the master control module judges whether the position of the library where the corresponding book is located is consistent with the borrowing position;
when the books are consistent, the master control module marks the books as pre-borrowed books;
when the position of the library where the corresponding book is located is inconsistent with the borrowing book place, the master control module feeds back a cooperative signal to the first management terminal, the first management terminal forwards the cooperative signal to the first personal terminal, after the first personal terminal confirms cooperative scheduling, the book is scheduled to the borrowing book place from the original library, and the book is marked as a pre-borrowed book.
5. A networked data interaction system, comprising:
the first personal terminals are used for sending book borrowing requests to the first management terminals; the book borrowing request comprises a book borrowing list, a book borrowing place and book borrowing time;
the first management terminal is used for receiving the book borrowing request sent by the first personal terminal and forwarding the book borrowing request to the master control module;
the general control module is used for performing book borrowing control according to the received book borrowing request:
the general control module acquires a book borrowing list sent by a first personal terminal, and acquires the position of a library where a corresponding book is located in the book borrowing list and the current borrowing state of the corresponding book by combining with a server;
when the current borrowing state of the books is in borrowing, the master control module sends a book coordination signal to the second management terminal;
when the borrowing state of the book is not borrowed at present, the master control module judges whether the position of the library where the corresponding book is located is consistent with the borrowing position;
when the books are consistent, the master control module marks the books as pre-borrowed books;
when the position of the library where the corresponding book is located is inconsistent with the borrowing book place, the master control module feeds back a cooperative signal to the first management terminal, the first management terminal forwards the cooperative signal to the first personal terminal, after the first personal terminal confirms cooperative scheduling, the book is scheduled to the borrowing book place from the original library, and the book is marked as a pre-borrowed book;
the first management terminal sends the obtained borrowing total times S, the borrowing overdue returning times I and the borrowing overdue duration ti corresponding to the borrowing names to the total control module;
the master control module is internally provided with a data processing unit, and the data processing unit performs data processing and comprises:
the data processing unit calculates the borrowing coefficient YJ of the borrower by using a calculation formula, wherein the calculation formula is as follows:
wherein (1)>For overdue times influence coefficient, +.>For the overdue duration influence factor, +.>I is the number of times corresponding to the borrowing overdue return for the overdue duration threshold;
the general control module sets a borrowing coefficient threshold value YJ0, and comprehensively compares the borrowing coefficient YJ of the borrower with the borrowing coefficient threshold value YJ 0;
when the let-off coefficient YJ is smaller than the let-off coefficient threshold YJ0, the master control module feeds back an abnormal signal to the first management terminal;
when let-down coefficient YJAnd when the borrowing coefficient threshold value YJ0 is allowed, the master control module feeds back a normal signal to the first management terminal.
6. The networked data interaction system of claim 5, wherein the first personal terminal is further configured to:
sending personal information to the first management terminal, wherein the personal information comprises a borrower name and a borrower positioning address;
the first management terminal is further configured to:
the server is linked, and the total borrowing times S, the overdue borrowing return times I and the overdue borrowing duration ti corresponding to the names of borrowers are obtained, wherein the overdue borrowing duration is the duration of each overdue borrowing return; and i is the number of times corresponding to the overdue return of borrowing.
7. The networked data interaction system of claim 6, wherein when the master control module transmits a book coordination signal to the second management terminal, the second management terminal obtains a borrowed second personal terminal corresponding to the book;
the second personal terminal receives the book reading signal and then selects to accept or reject the book reading signal; the book borrowing signal is that the book is borrowed to other borrowers in a book borrowing period, and corresponding selection can be accepted or rejected;
after receiving a book reading signal, the second management terminal generates a reading code and sends the reading code to the second personal terminal;
the code is used for the second personal terminal to read the book offline with the first personal terminal, and the code is scanned by the first personal terminal to read the book offline.
8. A computer device comprising a memory, a processor and a computer program stored in the memory and executable on the processor, characterized in that the processor implements the method according to any of claims 1 to 4 when executing the computer program.
9. A computer readable storage medium storing a computer program, which when executed by a processor implements the method of any one of claims 1 to 4.
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