CN111311811B - Multichannel online anonymous anti-ticket-swiping encrypted voting method and system - Google Patents
Multichannel online anonymous anti-ticket-swiping encrypted voting method and system Download PDFInfo
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- CN111311811B CN111311811B CN201811515632.6A CN201811515632A CN111311811B CN 111311811 B CN111311811 B CN 111311811B CN 201811515632 A CN201811515632 A CN 201811515632A CN 111311811 B CN111311811 B CN 111311811B
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Abstract
A multichannel online anonymous anti-ticket-swiping encryption voting method and a multichannel online anonymous anti-ticket-swiping encryption voting system comprise a vote management platform and an online voting system; the vote management platform formulates the type and content of a vote through a vote management module, generates a corresponding two-dimensional code file by using a two-dimensional code generator, superposes an effective voting result on a corresponding vote questionnaire through a vote reduction module to generate a replied vote questionnaire, and performs weighted statistics according to the voting result through a result counting module to obtain a voting score; the online voting system realizes online voting of votes through the voting module, encrypts voting results, can set the validity of the two-dimension code online through the two-dimension code dynamic management tool, independently controls the voting channel to be opened and closed through channel management, and realizes online real-time monitoring of the voting process through the real-time monitoring module. The invention can realize the simultaneous multiple anonymous voting, prevent the repeated voting and the ticket brushing, has transparent results and ensures the validity and the seriousness of the voting.
Description
Technical Field
The invention relates to the field of two-dimensional code application and mobile terminals, in particular to a method and a system for multi-channel online anonymous anti-ticket-swiping encrypted voting.
Background
Today, only by original manual management or simple single machine management, the management department is faced with a lot of information, and cannot efficiently extract important parts of the information and make corresponding judgment and processing. The decision of the voting manager can only be based on manual form data, so that real-time monitoring cannot be achieved while a large amount of manpower and material resources are wasted, and the accuracy and timeliness of the data are difficult to guarantee.
Most of the traditional internal voting modes of companies mostly meet the following requirements:
1. in order to ensure that the voting result is serious and effective, the whole voting process is uniformly responsible for management departments. Votes generally need to be made in advance. Making votes according to the candidates, and making corresponding number of votes according to the number of people who participate in the vote;
2. the vote content may vary from department to department; the weight of the voting results may vary for different voter identities; votes need to be treated differently;
3. in order to ensure that the voting process does not influence the internal conglomeration of a working team and eliminate various concerns of voters, the voting is carried out in an anonymous mode;
4. for the situation of multiple departments, the management department needs to vote respectively;
5. and (4) voting is sent before voting, votes are recovered after the voting is finished, and results are collated by a management department in a unified way.
The conventional method has the following problems:
1. the workload is large. In the serious voting process, from the processes of making votes, distributing votes, recycling votes and counting votes, a specially-assigned person is required to be responsible for the votes, and the number of persons cannot be too large, so that the voting result is prevented from being influenced artificially;
2. the resources are wasted. The ballot needs to be made in advance, and the content of the ballot is related to the candidate. The more candidates, the more contents need to be described, the larger the amount of each vote, the more people participate in voting, the more votes need to be made, and the more paper needs to be consumed. Once the candidate changes, the votes which are made are all invalidated;
3. the efficiency is low. The on-site ticket distribution and the on-site ticket recovery need the responsibility of specially-assigned persons, so that the labor cost is increased, the meeting time is prolonged, and the meeting efficiency is influenced.
Disclosure of Invention
In view of the above, the present invention provides a method and a system for online voting by using a mobile terminal, which support multiple channels, and effectively prevent the disadvantages of repeated voting and ticket swiping under the condition of anonymous voting by using a technical means, and effectively protect the voting result by using an encryption means.
In order to solve the problems, the technical scheme adopted by the invention is as follows: a multichannel online anonymous anti-ticket-swiping encrypted voting system comprises a vote management platform and an online voting platform;
the vote management platform comprises a vote management module, a two-dimensional code generator module, a vote restoration module and a result statistics module; the vote counting system is used for customizing the types and the contents of votes, generating two-dimensional codes according to the votes, and carrying out weighted statistics according to voting results of voters to obtain voting scores;
the online voting platform comprises a voting module, a two-dimension code dynamic management tool module, a channel management module and a real-time monitoring module; the method is used for realizing online voting through the mobile terminal, dynamically setting the validity of the two-dimension code on line, independently opening and closing the voting channel and realizing the process of independently monitoring voting on line in real time.
And the vote management module generates vote questionnaire contents according to the department and post level of the voter.
The two-dimensional code generator module generates two-dimensional code files with corresponding quantity according to the number of the predicted participator voters; the two-dimensional code file comprises a two-dimensional code image and a text description, wherein the two-dimensional code image information comprises a login address of the online voting system and a two-dimensional code unique identifier processed by an asymmetric encryption algorithm; the text description comprises the department and post level of the voter and the vote serial number;
and the vote management platform generates a mapping table, and the mapping table comprises a unique mapping relation between the unique identifier of the two-dimensional code and the unique identifier of the department where the voter is located, the post level and the vote sequence number.
The system also comprises a vote restoration module which is used for superposing the effective voting results to the corresponding vote questionnaire contents to generate a replied vote questionnaire.
And the result counting module is used for carrying out weighted counting according to the voting result of the voter to obtain the voting score.
The voting module is used for scanning the two-dimensional code image through the mobile terminal to obtain the contents of a vote questionnaire and voting after the voter receives the two-dimensional code file, and sending a voting result to the result counting module of the vote management platform after the voting is finished;
after the voting process is interrupted, if the same mobile terminal scans the same two-dimensional code image again, the voting process before interruption is continued; if different mobile terminals scan the same two-dimensional code image again, restarting the voting process;
after the voting is finished, if the same mobile terminal scans the same two-dimensional code image again, the voting process is restarted; and if different mobile terminals scan the same two-dimensional code image again, restarting the voting process.
And the two-dimension code dynamic management tool module is used for sending an instruction to the vote management platform after a field administrator distributes the two-dimension code file to an actual participant voter, and setting redundant two-dimension code images into an invalid state.
And the channel management module is used for independently opening or closing the voting channels of different departments.
The real-time monitoring module is used for a field administrator to observe the voting process in real time.
A multichannel online anonymous anti-ticket-swiping encryption voting method comprises the following steps:
the vote management module generates vote questionnaire contents according to the department and post level of the voter;
the two-dimensional code generator module generates two-dimensional code files with corresponding quantity according to the number of the predicted participator voters;
the field administrator distributes the two-dimension code file to actual participant voters;
the two-dimension code dynamic management tool module sends an instruction to the vote management platform, and redundant two-dimension code images are set to be in an invalid state;
the channel management module independently opens voting channels of different departments;
after receiving the two-dimensional code file, the voter scans the two-dimensional code image through the mobile terminal to obtain the content of a vote questionnaire and votes, and after the voting is finished, the voting result is sent to a result counting module of the vote management platform;
a field administrator observes the voting process in real time through a real-time monitoring module;
the field administrator independently closes the voting channels of different departments through the channel management module;
and the result counting module carries out weighted counting according to the voting result of the voter to obtain the voting score.
The invention has the following beneficial effects:
1, the vote content is loosely coupled with the two-dimension code, the vote content is changed, the two-dimension code does not need to be changed, and the resource waste is avoided;
2, the mobile terminal does not need to download and install app additionally, registration is not needed, and the whole voting process is operated anonymously;
3, voting by the mobile terminal, entering the system by scanning the two-dimensional code, completing the whole process without any input, and having the advantages of simple operation, rapidness, convenience, avoidance of input errors and avoidance of influence on other voting results which are simultaneously carried out;
4, a plurality of voting processes can be simultaneously and respectively carried out, and the system has an independent real-time monitoring function and an independent voting channel for management without mutual influence;
5, the voting process is interrupted, and the result can be recovered to continue without restarting;
6, privacy is protected, and other people cannot check the voting content of the voter;
7, the two-dimension code field dynamic management auxiliary tool is arranged, so that the voting process efficiency is improved;
8, the voting result can be reduced into a paper vote, so that the voting process is transparent, and the result can be printed for sealing and storing;
and 9, the voting results can be weighted, summarized and counted according to the vote types to form various report forms, and data support service can be provided.
Drawings
FIG. 1 is a schematic diagram of the system architecture of the present invention;
FIG. 2 is a flow chart of two-dimension code production according to the present invention;
FIG. 3 is a flow chart of two-dimension code recognition of the voting mobile terminal in the invention;
FIG. 4 is a sub-flow diagram of voting in the present invention;
FIG. 5 is a flow chart of two-dimension code recognition for dynamically managing a mobile terminal according to the present invention;
fig. 6 is a flow chart of vote restoration in the present invention.
Detailed Description
For the purpose of clearly illustrating the technical solution of the present invention, the following preferred embodiments are given in detail with reference to the accompanying drawings.
The invention is divided into two parts of a vote management platform and an online voting system. The vote management platform can customize the types and the contents of votes, generate two-dimensional codes, restore votes, and count voting results in a weighting and summarizing manner. The mobile terminal voting function of the online voting system can identify the two-dimensional code and realize anonymous voting. The dynamic management function of the mobile terminal can dynamically manage the two-dimensional code, manage the voting channel and monitor the voting process in real time. As shown in fig. 1.
Manufacturing the two-dimensional code:
the ballot needs to be made in advance, the content of the ballot is related to the candidates, and the number of the candidates and the amount of the description content influence the ballot. When the content of the ballot changes, the ballot which is made has no meaning and needs to be invalidated.
In order to solve the problems, the invention separates the vote content from the vote use, the vote management platform makes votes according to the related contents of the vote department, the vote type, the candidate information and the like, and after the vote content and the type are made, two-dimensional code files of corresponding types and numbers are made according to the expected departments, the post levels and the number of people participating in the conference voter. The information in the two-dimensional code comprises the unique identification of the two-dimensional code besides the access address of the online voting system. In order to ensure the information security, the unique identifier of the two-dimensional code can correspond to a ballot department, a ballot type and a ballot serial number in the ballot management platform and is irrelevant to the content of the ballot. Even if the vote content is changed, the two-dimensional code is not affected and can still be normally used. The two-dimensional code is irrelevant to the vote content, and one two-dimensional code can meet the requirement no matter how much the vote content exists.
The two-dimensional code information can be read only through code scanning software and cannot be identified by people, so that the information in the two-dimensional code cannot be modified. The unique identification in the two-dimensional code is encrypted by adopting an asymmetric encryption algorithm, so that the condition that someone generates the two-dimensional code privately through a two-dimensional code generator is avoided. By the means, the consistency of the two-dimension codes used by the system is ensured, so that the problem of counterfeiting the two-dimension codes is avoided.
Setting the vote content according to the specific voting requirements through the vote management function of the vote management platform; and determining the number of the two-dimensional codes of different types according to the estimated departments, post levels and the number of people participating in the conference voter. After the information is determined, the two-dimension code files of corresponding types and corresponding quantities are generated through a two-dimension code generator module of the vote management platform. As shown in fig. 2.
The process of online voting comprises the following steps:
the online voting system adopts a web mode for voters to use, only needs the voters to uniformly install a browser which supports a third party to scan the two-dimensional codes and does not need to install any application related to voting.
Accessing a web system requires entering a system access address and sometimes also relevant parameters. The more parameters are input, the more input errors are easy to occur, and the system cannot be normally entered. If the parameter information adopts a plaintext, the expression rule of the plaintext is utilized in the input process, and the unexpected effect can be achieved by slightly modifying the parameter information. If the parameter information is encrypted, the input content is often composed of irregular alphanumerics, and input errors are also easy to occur.
Aiming at the problems, the system access address and the two-dimensional code are uniquely identified, and the two-dimensional code is generated and provided for the voter. The voter scans the two-dimensional code by using the mobile terminal, directly enters the system, does not need any input, is simple and quick to operate, avoids input errors, and solves the problem of influencing other voting results.
In order to distinguish the votes of different departments, the management department needs to vote one by one, and the efficiency is low.
To solve the problems, the invention adopts a scheme of independent voting channels. The on-site voting manager has administrator privileges. The opening and closing of the department voting channels can be independently controlled. The voting channel of the department can be used for voting after being opened, and the voting cannot be carried out after the channel is closed. Therefore, different departments can vote in parallel, time is saved, and efficiency is improved.
The two-dimension code file content is composed of two-dimension code text description and two-dimension code images. The text description includes: the name of the department of voting, the type of the two-dimensional code and the serial number of the two-dimensional code. And the voting manager distributes the two-dimension codes according to the two-dimension code text description. The two-dimensional code image information includes: and the login address of the online voting system is uniquely identified by the two-dimensional code processed by the asymmetric encryption algorithm. The two-dimensional code is generated through a two-dimensional code generator of the system, the generated two-dimensional code records the unique identifier and the corresponding parameter information in the system in a paired mode, and the parameter information comprises the unique identifier of a department, the vote type corresponding to the voter level and the vote serial number.
And after the mobile terminal scans the code, the information in the two-dimensional code is identified, the mobile terminal jumps to an online voting system, and the unique identifier of the two-dimensional code is sent to the system. The system firstly judges the validity of the two-dimension code, if the unique identifier of the two-dimension code exists in the system, the system is legal, the system obtains the unique identifier of a corresponding department, the type of the two-dimension code and the serial number of the two-dimension code through corresponding parameter information, and the system waits for the next step of processing; otherwise, the two-dimension code is illegal, the system does not vote, and quits the system through error prompt. If the two-dimension code is valid, the system judges the current channel state of the department according to the unique identifier of the corresponding department, and if the channel is in an open state, the channel is distributed to the corresponding department of the voter and votes of the corresponding level for the voter to use; if the channel is in a closed state, the system exits the system through an error prompt. As shown in fig. 3.
Voting sub-process:
the whole online voting is an anonymous operation. Conventional online voting systems require users to provide some key information, including registering accounts, recording ip addresses, etc., in order to prevent the users from swiping the tickets, which goes against the principle of anonymous operation.
Aiming at the problems, the invention realizes one person one code and one code one result by managing the two-dimensional code. One person has one code, and the system recognizes the code without identifying the person, thereby achieving the anonymous effect; and as a result, the problems of repeated voting and ticket swiping are effectively avoided.
The voting process is operated by the mobile terminal, and the online voting system is automatically switched to a background mode by the operating system of the mobile terminal probably because the voter is interrupted by accessing a telephone or other matters. The time limit for waking up the background application program is different for the mobile terminals of different operating systems, and waking up the background program within the time limit can continue the previous operation, but the program is re-opened after the time limit is exceeded, and if so, the previous voting result is lost.
Aiming at the problem that the vote needs to be repeated after the interruption, the invention adopts the local storage technology to solve the problem. After the two-dimensional code is scanned, the system sends the vote to the mobile terminal, and a temporary storage space is established in the mobile terminal. During the voting process, the results of the ballot are all stored in a temporary storage space. And after the interruption occurs, the mobile terminal scans the same two-dimensional code again, and the system recovers the vote result through a local storage technology and directly jumps to the interface before interruption.
With local storage technology, all previous operations of the mobile terminal may be resumed. If the user scans the two-dimensional code of other people, all previous operations of other people can be seen, and the voting condition of other people is revealed.
Aiming at the problems, the invention adopts a two-dimensional code comparison mode to solve the problems. When different two-dimensional codes are scanned for two times continuously, the system regards the two-dimensional codes as answers again, the information in the local storage is cleared, the related information of the two-dimensional codes scanned for the second time is stored in the local storage, and voting is started again.
Even if some voters require other voters to scan the two-dimensional codes of other people by using the mobile terminals of other people to check the voting contents of other people according to the identity of the superior manager, the voting results of other people can be checked.
Aiming at the problems, the invention adopts a mode of clearing the local storage. After the voter has completed the entire contents of the vote, the results need to be submitted to the system. After the submission confirmation, the system submits the result to the server to store the voting result, and simultaneously clears all the locally stored related data and releases the storage space of the mobile terminal. The same mobile terminal scans the same two-dimensional code again and is regarded as restarting voting. This strategy protects the voter's privacy, and others cannot view any votes recorded by the voter.
After the voting mobile terminal scans the two-dimensional code and enters the system to start voting, the system firstly judges whether the two-dimensional code and the related information of the voting result exist in the local storage of the mobile terminal. And if no information exists, the two-dimensional code is regarded as primary or secondary voting, and the related information of the two-dimensional code is recorded in the local storage. Under the prompt of the system, voters vote item by item, and all operations are recorded in a local storage. And after the operation is finished, submitting a result, sending the voting result to the server by the system, and clearing the information in the local storage. And if the information already exists in the local storage, comparing the two-dimension code information in the local storage with the two-dimension code information scanned this time. If the two-dimensional codes scanned twice are consistent, the operation is regarded as continuous operation, and the system restores the information in the local storage to the mobile terminal, so that the voter can continue the process of voting last time to operate. And if the two-dimensional codes scanned twice are inconsistent, clearing the information in the local storage and restarting voting. As shown in fig. 4.
Dynamically managing the two-dimensional code of the mobile terminal:
in order to save the voting meeting time and improve the meeting efficiency, votes need to be made in advance, and the number of the votes is determined according to the estimated number of participants. In order to avoid the situation that the votes are insufficient and influence the voting process, the number of the votes is more than necessary. In order to ensure that one person has one code and prevent a voter from voting by using a plurality of two-dimension codes, the number of participants and the number of distributed two-dimension codes need to be checked before voting.
The invention provides a two-dimension code dynamic management tool for a voting field manager, and redundant two-dimension codes can be destroyed on site, so that the phenomenon of repeated voting is avoided. Different from a mobile terminal for ordinary voting, a field voting manager enters the system by using a unique two-dimensional code of an administrator, and has administrator authority. The two-dimensional code is scanned under the authority of an administrator, the system can prompt relevant information corresponding to the unique identifier of the two-dimensional code, and the two-dimensional code can be destroyed after verification of a field administrator. When the voter scans the destroyed two-dimensional code again, the voter prompts that the two-dimensional code is invalid and cannot vote normally.
The online voting platform manages the voting process by using independent voting channels. Before the voting is started, the channel is in a closed state, and no voting operation can be carried out. And counting the number of participants at the time after the voting manager arrives at the conference site. And after the number of participants is ensured to be consistent with the number of the actually issued two-dimensional code files, opening a voting channel for voting. As shown in fig. 5.
Vote reduction process:
after the voting is finished, the voting result needs to be published in time. The invention utilizes the vote reduction to reduce the voting result into the vote. And according to the types of the votes and the preset weight ratio, the result counting module performs weighted summary counting on each vote to obtain a final result. The whole summary counting process realizes the fully transparent calculation, and the final result can be specifically traced back to the only vote, thereby ensuring the fairness of voting.
The privacy and the voting result of the voter are effectively protected through the scheme, but the voting operation is carried out through a network by utilizing the mobile terminal, and the safety of the voting result is also a key consideration. For the voting result, the invention adopts a dual-protection mode of separated storage and encrypted storage. And (4) separate storage, namely storing the information of the votes and the voting results by different servers and associating the information by two-dimensional codes. The two-dimensional code can correspond to a unique vote and also can correspond to a voting result. The voting results are stored in a sequential sequence, which is consistent with the order of the candidates in the corresponding ballot. And 4, encryption storage, namely, the voting result only keeps a sequence, and the sequence is encrypted by adopting an asymmetric encryption algorithm, so that the result is doubly protected.
After the voting process of a department is finished, the votes of the department can be restored in the vote management platform. The submitted voting result comprises the unique identification of the two-dimensional code and the result sequence of all voting items in the vote. And the vote management platform restores the submitted two-dimensional code results one by one. The vote management platform firstly judges whether the submitted two-dimensional code is legal or not. And matching the ticket in a data table corresponding to the vote management platform through the unique identifier of the two-dimension code, wherein if the unique identifier of the two-dimension code exists in the data table, the two-dimension code is valid. And matching the corresponding vote content through the corresponding data table, and carrying out vote reduction by combining the submitted result sequence. And if the submitted two-dimension code is invalid, recording the information of the illegal two-dimension code in a system log, and continuously restoring the next vote. As shown in fig. 6.
In order to track the voting process, the invention also utilizes a real-time monitoring module to monitor the whole voting process on line in real time. The whole process is monitored on line in real time from the distribution, the picking and the recovery of the two-dimensional codes, and a field voting manager can conveniently control the voting process.
Claims (2)
1. A multichannel online anonymous anti-ticket-swiping encryption voting system is characterized by comprising a vote management platform and an online voting platform;
the vote management platform comprises a vote management module, a two-dimensional code generator module, a vote restoration module and a result statistics module; the vote counting system is used for customizing the types and the contents of votes, generating two-dimensional codes according to the votes, and carrying out weighted statistics according to voting results of voters to obtain voting scores;
the online voting platform comprises a voting module, a two-dimension code dynamic management tool module, a channel management module and a real-time monitoring module; the system is used for realizing online voting through the mobile terminal, dynamically setting the validity of the two-dimension code on line, independently opening and closing a voting channel and realizing the process of independently monitoring voting on line in real time;
the voting module is used for scanning the two-dimensional code image through the mobile terminal to obtain the contents of a vote questionnaire and voting after the voter receives the two-dimensional code file, and sending a voting result to the result counting module of the vote management platform after the voting is finished;
after the voting process is interrupted, if the same mobile terminal scans the same two-dimensional code image again, the voting process before interruption is continued; if different mobile terminals scan the same two-dimensional code image again, restarting the voting process;
after the voting is finished, if the same mobile terminal scans the same two-dimensional code image again, the voting process is restarted; if different mobile terminals scan the same two-dimensional code image again, restarting the voting process;
the vote management module generates vote questionnaire contents according to the department and post level of the voter;
the two-dimensional code generator module generates two-dimensional code files with corresponding quantity according to the number of the predicted participator voters; the two-dimensional code file comprises a two-dimensional code image and a text description, wherein the two-dimensional code image information comprises a login address of the online voting system and a two-dimensional code unique identifier processed by an asymmetric encryption algorithm; the text description comprises the department and post level of the voter and the vote serial number;
the vote management platform generates a mapping table, wherein the mapping table comprises a unique mapping relation between the unique identifier of the two-dimensional code and the unique identifier of the department where the voter is located, the post level and the vote serial number;
the system also comprises a vote reduction module, a vote processing module and a vote processing module, wherein the effective voting result is superposed into the corresponding vote questionnaire content to generate a replied vote questionnaire;
the result counting module carries out weighted counting according to the voting result of the voter to obtain a voting score;
the two-dimension code dynamic management tool module is used for sending an instruction to the vote management platform and setting redundant two-dimension code images into an invalid state after a field administrator distributes the two-dimension code file to an actual participant voter;
the channel management module is used for independently opening or closing voting channels of different departments;
the real-time monitoring module is used for a field administrator to observe the voting process in real time.
2. A multichannel online anonymous anti-vote encryption voting method is realized based on the multichannel online anonymous anti-vote encryption voting system in claim 1, and is characterized by comprising the following steps:
the vote management module generates vote questionnaire contents according to the department and post level of the voter;
the two-dimensional code generator module generates two-dimensional code files with corresponding quantity according to the number of the predicted participator voters;
the field administrator distributes the two-dimension code file to actual participant voters;
the two-dimension code dynamic management tool module sends an instruction to the vote management platform, and redundant two-dimension code images are set to be in an invalid state;
the channel management module independently opens voting channels of different departments;
after receiving the two-dimensional code file, the voter scans the two-dimensional code image through the mobile terminal to obtain the content of a vote questionnaire and votes, and after the voting is finished, the voting result is sent to a result counting module of the vote management platform;
a field administrator observes the voting process in real time through a real-time monitoring module;
the field administrator independently closes the voting channels of different departments through the channel management module;
and the result counting module carries out weighted counting according to the voting result of the voter to obtain the voting score.
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| CN104392535A (en) * | 2014-12-11 | 2015-03-04 | 北京奇虎科技有限公司 | Method and device for voting in group |
| CN107294727A (en) * | 2017-05-22 | 2017-10-24 | 联动优势科技有限公司 | A kind of electronic voting method, terminal device and block chain network |
| CN108280921A (en) * | 2018-01-31 | 2018-07-13 | 合肥诺优信息科技有限公司 | Electronic voting method |
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