RU2421813C1 - System of electronic remote sms-voting - Google Patents

Abstract

FIELD: information technologies.

SUBSTANCE: system of electronic remote SMS - voting comprises a module of voters' SMS-messages reception, a module of voters' SMS-messages identification, a module of entry addresses generation and voters' database entries reading, a module of election committee SMS-messages generation, a module of election committee SMS-messages distribution, a module of voted voters number count, a module of SMS-messages source identification, a module to select channels of documenting results of voters' voting, a group of modules for generation of current entry addresses and reading of data depersonification server database, a module to select channels of voting results documenting, a module of output signals integration.

EFFECT: higher efficiency of the system through identification of a user via a mobile telephone number with the help of Java application.

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Description

The invention relates to computer technology, in particular to a system of electronic remote SMS-voting.

In connection with the rapid development of information technologies and telecommunications, the issue of electronic voting has matured and stood on the agenda all over the world. Today there is no doubt about the need to continue working on electronic voting systems. The question is not whether electronic voting is necessary, but how to prepare and optimally put it into practice.

Electronic voting is a term that defines various types of voting, covering both electronic voting means and electronic means of vote counting.

Voting over the Internet or mobile networks is just another way of casting a voter's vote directly to the election commission. Electronic voting is, in fact, remote voting, which allows not to bind a citizen’s will to his / her location.

But this is far from the only advantage. It is believed that support for electronic voting should increase voter turnout at the expense of interested youth and people with disabilities who have difficulty moving to the polling station.

Only at first glance it seems that with so many personal devices in the hands of the Russians, the electronic voting system will be elementary. In reality, the electoral process regulated by law imposes a lot of conditions.

Not all citizens have the right to vote, but only those who have reached the age of majority and are considered legally capable. No one can vote twice. In addition, the process of expression of will must be anonymous and open enough to observe and double-check the result.

All this requires the inclusion in the development of an electronic voting system of such parameters as identification of the user (citizen), depersonification of the collected votes, information protection, etc.

Ensuring the anonymity of voting is the responsibility of providers. When conducting electronic elections, it is important that the connection of a particular ballot with a particular voter is not traced.

In the usual election scheme, it is enough to make sure that the ballot is not signed by your last name. With the use of electronic voting schemes, voters will no longer be able to independently verify that the information that allows them to be identified was not attached to the ballot when they were sent to the voting server.

Depersonification servers that erase this information are used to ensure anonymity. For many people who are not familiar with the principles of the system, this will be a matter of faith. And in general, trust in electronic voting tools is one of the most pressing problems.

The World Wide Web is a new environment from the point of view of the electoral process, which has yet to be "tuned" to the legislation in the field of campaigning and election campaigns. If there are no difficulties with the time limit for voting, the prohibition of campaigning on the eve of the will of citizens is another practically unsolvable task. Another problem associated with the voting environment is the provision of uninterrupted technical operation of the system. There are cases of unexpected "fall" even of large trunk channels. Moreover, technical problems of a global nature do not have to be random at all. Given the popularity of the website of the CEC of Russia and election commissions at a lower level among hackers, we can expect their increased interest in electronic voting tools.

Voting using mobile technology implies the use of a special program that is downloaded to the voter's personal mobile phone.

At this stage in the development of technology, this is done by the operator of the election commission. A small Java voting application is downloaded to the phone in a locked state; You can unlock it using the request for participation in the electronic survey.

After unlocking the phone, an electronic newsletter is displayed, the citizen can express his opinion via SMS, which will be protected and sent by the application. Through the SMS gateway, the voting result will be delivered to the server.

To prevent one person from voting again or using someone else's SIM card, each voter is assigned a unique code that is valid once. Further, the software is proposed to simply be removed.

Known systems that could be used to solve the problem [1, 2].

The first known system includes a block for receiving ballot paper marks, a block for receiving ballot paper coordinates, a block for counting ballot paper numbers, a block for selecting ballot paper ballots, a memory unit, a write and read synchronization unit ballot marks, a block for determining current coordinates, a block for comparing coordinates, a block for receiving a signal for a ballot paper, and a unit for counting the number of participants osovaniya [1].

A significant drawback of this system is the low reliability of the transmission of voting results using SMS messages.

Another system is known that contains data processing units, the information inputs of which are connected to the data reception and control units, and the outputs are connected to the first group of memory units, the central processor, the inputs of which are connected to the outputs of the memory units of the first group and data processing units, and the outputs are connected with the inputs of the memory blocks of the second group and data display blocks [2].

The last of the above technical solutions is closest to the described.

Its disadvantage lies in the low speed of the system, due to the fact that the identification of voters is carried out by searching the data across the entire database and their subsequent processing by the central processor, which, in case of large amounts of data from the voter register, will inevitably lead to a large investment of time.

The purpose of the invention is to improve system performance by identifying the voter by mobile number using a Java application.

This goal is achieved by the fact that in the known system containing the module for receiving SMS messages of voters, the information input of which is the first information input of the system intended for receiving SMS messages of voters, the synchronizing input of the module for receiving SMS messages of voters is the first synchronizing input of the system to enter the voter message codogram into the voters SMS receiving module, and the first information output of the voters SMS receiving module is the first m information output of the system, intended for issuing data of the source of SMS messages to the information input of the database server of the voter register database, a module for generating addresses for writing and reading records of the database of the voter server, the information input of which is connected to the second information output of the module for receiving SMS messages of voters, synchronizing the input of the module for generating addresses for writing and reading records of the database of the voters server is connected to the synchronizing output of the module for receiving SMS messages of elections Firs, the address output of the module for generating addresses for writing and reading records of the database of the voter server database is the first address output of the system intended for issuing the addresses for writing and reading data for the information input of the server of the database of the voter register, and the synchronizing output for the module for generating addresses for writing and reading records of the database server of voters is the first synchronizing system designed to issue control signals to the input of the first channel of the database server interrupt Voter register, the module for issuing SMS messages to the election commission, the information outputs of which are the information outputs of the system group, intended for sending SMS messages to subscribers of the system, the module for identifying the source of SMS messages, one information input of which is the second information input of the system intended for receiving entries of the voters register from the system server database, the synchronizing input of the SMS message source identification module is the second synchronizing input a system for recording voter register entries from the system server database into an SMS message source identification module, a module for selecting channels for documenting voting results, the information input of which is the third information input of the system for receiving a channel address for documenting data, synchronizing the input of a channel selection module documentation of voting results is the third synchronizing input of the system, designed to enter the channel address documentation of data in the module for selecting channels for documenting the results of voting, the output signal integration module, the address output of which is the second address output of the system, designed to provide write and read addresses to the information input of the data depersonalization server, and the first and second control outputs of the output signal integration module are the first and second control outputs of the system, respectively, designed to issue control signals to the inputs of the first and second channel interruption of the data depersonification server, a voter SMS identification module has been introduced, the information input of which is connected to the third information output of the voters SMS message receiving module, the synchronizing input of the voters SMS identification module is connected to the first synchronizing input of the system, and the first output of the SMS identification module of voters ’messages is connected to the clock input of the module for receiving SMS messages of voters, the module for generating SMS messages of the election commission, the first input to of which is connected to the first output of the SMS message source identification module, the other information input of which is connected to the fourth information output of the voters SMS message receiving module, the second input of the election commission SMS messages generation module is connected to the second output of the voters SMS identification module, information output the module for generating SMS messages of the election commission is connected to one information input of the module for issuing SMS messages of the election commission, another information input the module for issuing SMS messages of the election commission is connected to the fourth information output of the module for receiving SMS messages of voters, and the synchronizing output of the module for generating SMS messages of the election commission is connected to the synchronizing input of the module for issuing SMS messages of the election commission, the module for counting the number of voters who vote connected to the second output of the module for identifying SMS-messages of voters, and the information output of the module for counting the number of voters is the second the information output of the system, intended for issuing data on the number of citizens voted, the module for selecting channels for documenting the results of voting of voters, the information input of which is connected to the fifth information output of the module for receiving SMS messages of voters, and the synchronizing input for the module for selecting channels for documenting the results of voting of voters is connected to the second the output of the module for identifying SMS-messages of voters, and a group of modules for generating current addresses for writing and reading base records data depersonification server, the information inputs of which are connected to the corresponding information outputs of the module for selecting channels for documenting the results of voting, the first and second synchronizing inputs of the modules for generating the current recording and reading addresses of the database records of the data depersonization server of the group are connected to the corresponding first and second synchronizing outputs of the selection module channels for documenting the results of voting, and the control inputs of the modules The group of current data write and read addresses of the database data depersonization server database records are connected to the corresponding control outputs of the module for selecting voting results documenting channels, while the information outputs of the modules for generating the current write and read address database records of the group data depersonization server are connected to the corresponding information inputs of the integration module output signals, and the first and second synchronizing outputs of the modules for generating current addresses Records and reads of database records of the depersonification server of the group data are connected to the corresponding first and second clock inputs of the output signal integration module, one output of the SMS message source identification module is the second synchronization output of the system, and the other output of the SMS message source identification module is the signal output of the system .

The invention is illustrated by drawings, where Fig. 1 is a structural diagram of a system, Fig. 2 is a structural diagram of a module for receiving SMS messages of voters, Fig. 3 is a structural diagram of a module for identifying SMS messages of voters, and Fig. 4 is a structural diagram module for generating addresses for writing and reading records of the database of the server of voters, FIG. 5 is a structural diagram of a module for generating SMS messages of an election commission, FIG. 6 is a structural diagram of a module for issuing SMS messages for an election commission, FIG. 7 is a structural diagram and the SMS message source identification module, in Fig. 8 is a block diagram of a module for selecting channels for documenting the results of voting, Fig. 9 is a block diagram of a node for generating a reference address for recording and reading records of a depersonification server database, in Fig. 10 is a block diagram a module for generating current write and read addresses of the depersonification server database records, FIG. 11 is a block diagram of a module for selecting channels for documenting voting results, FIG. 12 is a block diagram of an integrator module ation output signal 13 is a block - diagram of a mobile phone application program.

The system (Fig. 1) contains a module 1 for receiving voters ’SMS messages, a module 2 for identifying voters’ SMS messages, a module 3 for generating recording and reading addresses of the records of the voters ’server database, a module 4 for generating SMS messages for the election commission, and an SMS issuing module 5 messages of the election commission, module 6 for counting the number of voters, module 7 for identifying the source of SMS messages, module 8 for selecting channels for documenting the results of voting, the first 9, second 10 and third 11 modules their write and read addresses of records depersonification server database, document selection module 12 channels of the voting results, the integration unit 13 output signals.

Figure 1 shows the first 15, second 16 and third 17 information inputs of the system, the first 18, second 19 and third 20 synchronizing inputs of the system, as well as the first 21 and second 22 information outputs of the system, the first 23 and second 24 address outputs of the system, group 25-27 information outputs of the system, the first 28 and second 29 synchronizing outputs of the system, signal 30 system output, the first 31 and second 32 control outputs.

Module 1 (figure 2) of receiving SMS-messages of voters contains a register 40, a decoder 41, a memory unit 42, made in the form of read-only memory, elements 43-45 AND, elements 46 delay. The drawing shows information 15, synchronizing 18 and timing 50 inputs, as well as the first 51, second 52, third 53, fourth 54 and fifth 55 information and synchronizing 56 outputs.

Module 2 (figure 3) of the identification of SMS messages of voters contains a decoder 58, elements 59, 60 And, element 61 delays. The drawing also shows information 62 and synchronizing 63 inputs, as well as outputs 64, 65.

Module 3 (Fig. 4), module 3 for generating write addresses and reading records of the voters server database contains a register 66 and a delay element 67. The drawing shows information 68 and synchronizing 69 inputs, as well as information 23 and synchronizing 28 outputs.

Module 4 (FIG. 5) of the formation of SMS messages of the election commission contains registers 70, 71, a random number generator 72, a trigger 73, elements 74-75 AND groups, elements 77 OR groups, the first delay element 78, the OR element 175 and the second 174 delay element. The drawing shows the first 80 and second 79 inputs, as well as information 81 and synchronizing 82 outputs.

Module 5 (FIG. 6) of issuing SMS messages to the election commission contains a decoder 83 and a group of 84-86 elements I. The drawing shows address 87 and information 88 and synchronizing 89 inputs, as well as a group of 25-27 information outputs.

Module 6 (Fig. 1) of counting the number of voters voted is made in the form of a counter having a counting input and an informational 22 output.

The SMS message source identification module 7 (Fig. 7) comprises a register 90, a comparator 91, and a delay element 92. The drawing shows the first 16 and second 93 information and clock 19 inputs, as well as the first 94 and 95 outputs.

Module 8 (Fig. 8) of the selection channels for documenting the results of voting contains a decoder 96, elements 97-99 I, nodes 100-102 of the formation of a reference address for writing and reading records from the database of the depersonification server. The drawing shows information 118 outputs, the first 116 and second 117 synchronization outputs.

The nodes 100, 101, 102 (Fig. 9) of forming a reference address for writing and reading records of the depersonification server database contain a memory unit 105 made in the form of read-only memory, register 106, trigger 107, elements 108-109 AND, element 110 OR, delay elements 111-113. The drawing shows a synchronizing input 114, as well as information 118 and synchronizing outputs 116, 117.

Modules 9, 10, 11 (Fig. 10) of forming the current write and read addresses of the records of the depersonification server database contain a reverse counter 120, a comparator 121, an adder 122, a trigger 123, a group of 124 AND elements, 125-129 OR elements, 130- 135 delay. The drawing shows the information 140, the first 141 and the second 142 synchronizing and control 143 inputs, as well as the information 144, the first 145 and second 146 synchronizing outputs.

Module 12 (11) of the selection of channels for documenting voting results contains a register 150, a decoder 151, elements 152-154 And, an element 155 delay. The drawing shows information 17 and synchronizing 20 inputs, as well as the first 156, second 157 and third 158 control outputs.

Module 13 (Fig) integration of the output signals contains a group of 160 OR elements and elements 161-162 OR. The drawing shows information inputs 163-165, the first synchronizing inputs 166-168 and the second synchronizing inputs 169-171, as well as the address 24, the first 31, and the second 32 synchronizing outputs.

The system operates as follows.

Before the start of the election campaign in the precinct election commissions, lists of citizens eligible to vote are prepared and checked, and the voters database (register) of the voter register server is formed on the basis of these lists.

The content of the attributes of the records of the register of voters of the database includes the following characteristics: last name, first name, gender, gender, address of residence, address of arrival (for a voter arriving from another subject of the Russian Federation), address of departure, place of birth, type and place of issue of the document identity card, citizenship, legal capacity.

In addition, each voter who wishes to take part in remote electronic voting using a mobile phone is registered with the consultant of the precinct election commission.

In the process of registering a voter, firstly, his mobile phone number is entered into the registration record of this voter in the database of the voter register server. As a result, a record will be formed, the structure of which has the following form:

THE CODE THE CODE THE CODE Telephone number Full Name Other attributes
Posts

Secondly, the consultant downloads a special software application to the voter's mobile phone using Bluetooth or cable.

A voter participating in the survey may, by 20:00 local time local time on election day, launch an installed application anywhere that sends an SMS message to the voter’s register database server about the voter's readiness to vote.

The block diagram of the algorithm of the application program is shown in Fig.13.

After launching the application program, control is transferred to operator B1, which generates and sends to the election commission number an SMS message about the voter’s readiness for electronic polling, after which control is transferred to operator G2, who checks that the conditions for receiving an SMS message from the election commission are confirmed, confirming the beginning of the electronic procedure voting.

If an SMS message was not received from the election commission, then control is returned to operator B1, otherwise control is transferred to operator B3, which ensures that the voting ballot is displayed on the voter's mobile phone screen in the form of a list of candidates, one of which the voter must select by pressing the corresponding key.

After the voter selects the appropriate candidate, control is transferred to the operator B4, which receives the result of the election of the voter, after which control is transferred to the logical operator P5.

If the voter does not select any of the candidates, then the management returns to operator B3 again, again offering a list of candidates for selection.

Operator P5 verifies the fulfillment of the condition for confirmation by the voter of his choice, and if confirmation of the voter is received, control is transferred to operator C6, who generates an SMS message to the election commission about the choice made.

If the condition of confirmation of the choice made by the voter is not confirmed, then control is returned again to operator P5.

Operator C6 transfers control to operator P7, checking the availability of SMS messages from the election commission with confirmation of the fact of receipt and accounting of the voting result of this voter.

If the fact of receiving an SMS message from the election commission confirming the fact of receiving and recording the voting result of this voter is confirmed, then the control is transferred to the U8 operator, which implements the function of deleting the program - application from the mobile phone’s RAM.

The structure of the codogram of the SMS message about the voter’s readiness for electronic survey is as follows:

THE CODE THE CODE Telephone number Sign of voter preparedness for the voting procedure

An SMS message about the readiness of this voter to vote is sent to the information input 15 of the system (Fig. 1) and is entered into the register 40 of module 1 by a clock pulse from the system input 18.

The code of the mobile phone goes both to the output 54 of module 1, and to the input of the decoder 41. The decoder 41 decodes the digital combination code, giving out one of its outputs a high potential. For definiteness, we assume that a high potential is received at one input of element 43 I.

At the same time, from the output 53 of the register 40, the code of the sign of the voter's readiness for voting through the input 62 of the module 2 is fed to the input of the decoder, which with its high potential opens the element 59 And, to the other input of which from the output of the delay element 61 delaying the pulse by the recording time of the input message in the register 40, a synchronizing pulse from the input of the system 18.

The synchronizing pulse from the output of 64 module 2 through the input 50 of module 1 is supplied to the inputs of elements 43-45 AND, interrogating their state. Given that the element 43I is in the open state at this point in time, the synchronizing pulse passes through this element and enters the read input of a fixed memory cell of a read-only memory (ROM) 42, where the address of the memory cell of the server database in which the registration record of this voter.

The address of the memory cell with the details of the voter from the output 52 of the module 1 through the input 68 goes to the input of the register 66 and a clock pulse from the output 56 of the module 1 through the input 69 of the module 3 is entered into the register 66, from the output of which through the address output 23 of the system the address code is issued to the address Voter Register database server entry.

The same synchronization pulse from the input 69 of module 3 is delayed by the element 67 for the duration of the operation of the register 66 and then issued to the output 28 of the system, from where it is fed to the input of the first channel of interruption of the voter register database server.

By this signal, the voter register database server switches to the subroutine for reading the voter data record at the specified address from the system server database and issuing it to the information input 16 of module 7.

According to the synchronizing signal of the server, coming through the input 19 to the synchronizing input of the register 90, the voter data is entered in the register 90.

The structure of the codogram of the recording of voter data received in the register 90 of module 7 has the following form:

THE CODE THE CODE THE CODE Telephone number Full Name Other attributes
Posts

From the output of the register 90, the voter’s mobile phone number is fed to the first information input of the comparator 91, to the second information input of which, from the output 54 of module 1, the code of the mobile phone number indicated in the voter’s SMS message is sent via input 93.

According to the synchronizing pulse from input 19, delayed by element 92 while the code was entered into register 90, the comparator compares the numbers of mobile phones, and if the numbers match, then an output is generated at the output 94 of the comparator 91 of module 7, confirming the fact that this mobile phone number owned by the voter registered at the polling station.

From output 94, this signal is fed to input 80 of module 4, which generates a message confirming the voter's right to vote.

To this end, the signal from input 80 is fed to one input of the And element 76, which was open in the initial state with high potential from the inverse output of trigger 73, passes it, and goes to the synchronizing input of register 70, to the information input of which codes from the random number generator are received.

The synchronizing pulse from the output of element 76 AND ensures that a random code of a given bit capacity is entered into the register 70, which is received as the voter's personal identification code (pin code).

From the output of the register 79, the generated pin code through the elements 74 AND, also opened by a high potential from the inverse output of the trigger 73, and the elements 77 OR groups are issued to the output 81 of the module 4 and then goes to the information input 88 of the module 5.

At the address input 87 of module 5, output 54 of module 1 gives the code of the voter’s mobile phone number, which is input to the decoder 83. The decoder 83 decodes the voter’s mobile phone number and opens the corresponding group of elements 84-86 AND, to the other inputs of which 88 is supplied formed voter pin code.

By a synchronizing pulse from input 80 of module 4, delayed by element 78, coming through input 89 of module 5 from output 82 of module 4 to the inputs of elements And of the corresponding group, the generated pin code in the form of an SMS message is sent to the voter as confirmation of the right to vote .

In addition, the synchronizing pulse from the output of the delay element 78 during the formation of the pin code is sent to the direct input of the trigger 73, setting it to a single state, in which the element 76 And the elements 76 And the group will be closed, and the elements 75 And the group will be open.

Having received a confirmation in the form of a transmitted SMS message with a PIN code assigned by the precinct election commission, the voter’s mobile phone application program displays an electronic newsletter on the mobile phone’s screen.

The voter makes his choice in the electronic newsletter, then confirms it. Having received the voter’s confirmation of his choice, the mobile phone application program sends the voter’s voting result to another server of the precinct election commission — the vote accounting server in a secure anonymous form (depersonification server).

The structure of the codogram of the SMS message generated by the program — the mobile phone application, is as follows:

THE CODE THE CODE THE CODE Telephone number Sign of the choice made (as a number) Voter PIN

After sending this SMS-message, the mobile phone application program informs the voter about the successful sending of the participant’s vote and asks to wait for confirmation of the registration of the voter’s vote.

An SMS message with the voting result of this voter is sent to the information input 15 of the system (Fig. 1) and is entered into the register 40 of module 1 by a clock pulse from the system input 18.

At the same time, from the output 53 of the register 40, the code of the sign of the choice made by the voter through the input 62 of the module 2 is fed to the input of the decoder, which now opens the And element 60 with its high potential from the second output, from the output of the delay element 61 delaying the pulse by the recording time of the input message in the register 40, a synchronizing pulse from the input of the system 18.

The synchronizing pulse from the output of the element 60 And through the output 65 of module 2, firstly, it enters the counting input of module 6, counting the number of voters who voted.

Secondly, it enters the input 79 of module 4 and then passes through the 175 element OR to the output 82 of the module 4, from where it again goes to the synchronizing input 89 of the module 5, the address input of which gives the voter’s mobile phone number, and to the information input 88 through exit 81, elements 77 OR groups, elements 75 AND groups a confirmation code is sent for successful reception and accounting of the voter's voting result from the output of register 71, where this code is constantly stored.

From the output of the corresponding group of elements 84-86, an SMS message with a confirmation code for the receipt of voting results is sent to the voter's mobile phone number.

In addition, the synchronizing pulse from the input 79 of the module 4 is delayed by the delay element 174 at the time of issuing confirmation to the voter and arrives at the installation input of the trigger 73, returning it to its original state.

After receiving an SMS message about the successful accounting of the selection, the mobile phone application program displays a message to the voter that the voting procedure has been completed and offers him to delete the application program from the mobile phone memory.

If the voter refused to remove the application program, then the next time the application is launched, it will again inform you of the completion of the survey and will again offer to remove the program from the phone’s main memory.

At the same time, the synchronizing pulse from the output 65 of the module 2 is fed to the input 36 of the module 8, starting the procedure for documenting the data of the voter selection in the database of the depersonification server.

For this purpose, the code for selecting the appropriate candidate sent in the SMS message of the voter, from the output 55 of module 1 through the input 35 of module 8 is fed to the input of the decoder 96, which, depending on the code for selecting the voter, opens one of the elements 97-99, for example, element 97 AND .

As a result of this, the synchronizing pulse from the input 36 passes the element 97 And, and then through the input 114 of the node 100 is fed to the input of the elements 108, 109 And, starting the procedure for documenting the choice of the voter.

However, only one element 108 And will be open at one input, since one of its inputs is supplied with a high potential from the inverse output of trigger 107, which is in the initial state.

As a result, a synchronizing pulse from input 114 passes through the And element 108 and enters the input of a fixed memory cell in ROM 105, where the reference address of the memory zone of the depersonification server is reserved for storing voters' choice records related to the same candidate. The same clock pulse from the output of the element 108 And is delayed by the element 111 for the time of reading the code from the ROM 105, and, firstly, it goes to the clock input of the register 106, entering the reference address of the record into it.

Secondly, the same pulse is applied to the single input of trigger 107 and sets it to a single state, in which the And element 108 will be closed, and the And element 109 will be open. Thereby, a circuit for passing the next clock pulse from input 114 will be prepared.

And, finally, thirdly, the pulse from the output of the delay element 111 passes through the OR element 110, is again delayed by the element 112 for the time the address code is entered in the register 106 and then goes to the output 116 of the driver 119.

The write address code from the output 118 of the node 100 is issued to the input 140 of the adder 122 of the module 9, to the other input of which is connected the output of the counter 120, also connected to one input of the comparator 121, the potential corresponding to the “zero code” is constantly applied to the other input.

The synchronizing pulse from the output 116 of the node 100 is fed to the input 141 of the module 9 and then, firstly, immediately through the OR element 125 it enters the synchronizing input of the adder 122, which sums the reference address code from input 140 with the zero code of the counter 120 located to this moment of time in the initial state, and issues the code of the address of the record to the input of the elements 124 AND of the group remaining unchanged.

Secondly, the same pulse passes through the OR element 128 and enters the direct input of the trigger 123, setting the latter to a single state, in which the high potential from the direct output opens the elements of 124 AND groups on another input, thereby connecting the output of the adder 122 through the output 144 to input 163 of module 13.

As a result, the reference recording address from the input 163 of the module 13 through the elements 160 OR group is issued to the second address 24 output of the system.

Thirdly, the synchronizing pulse from the output of element 112 of node 100 is delayed by element 113 during the formation of the final code at address 24 of the system output and from output 117 of node 100 goes to input 142 of module 9, passes to output 145 of module 9, and then goes to input 166 module 13, passes the element 161 OR and is issued to the output 31 of the system as a recording control signal.

This signal is fed to the input of the first channel of interruption of the depersonification database server, through which the server goes to the subroutine for recording the contents of module 1 from its output 51 through the information output of the system 21 to the server database at the address generated at the output 24 of the system.

As a result of this, at the first address of the database of the depersonification server, the SMS message encoding will be written as follows:

THE CODE THE CODE Voter PIN Sign of the choice made (as a number)

In addition, the pulse from the input 142 of module 9 is supplied to the counting input of the counter 120, recording the fact of the first record being made, and also after the delay by the element 135 while the data was being written to the database of the depersonification server, this pulse passes through the element 129 OR to the installation input of the trigger 123 , returning the trigger 123 to its original state. Returning to its initial state, the trigger 123 closes the elements 124 AND groups of one input and, thereby, disconnects the output of the adder 122 from the address 24 of the system output.

In the same way, the procedure for documenting the data of the election of voters of other candidates from the ballot will be implemented.

After the election is over, the election commission prints out the voting results for each of the proposed candidates. To this end, identification codes of candidates for which voters have been cast are successively submitted to the information input 17 of the system and then to the information input of register 150.

The identification code of the corresponding deputy from the input 17 of the system is entered into the register 150 of the module 12 with a synchronizing pulse supplied to the input 20 of the system. From the output of the register 150, the identification code is fed to the input of the decoder 151, which decrypts the incoming code and opens one input of one of the elements 152-154 AND corresponding to one of the candidates. Let, for example, element 152 be such an element. Then, the synchronizing pulse from input 20, delayed by element 155 during the operation of the register and decoder, passes through element 152 AND to output 156 and then goes to input 143 of module 9.

The clock pulse from the input 143 of module 9, firstly, through the 128 element OR arrives at the single input of the trigger 123, setting it to a single state, in which the high potential from the direct output opens the elements of the 124 And the group on the other input, thereby connecting the output of the adder 122 to exit 144.

As a result, the address of the last record stored in the adder 122, from the output 144 of the module 9 is fed to the input 163 of the module 13 and then through the elements 160 OR group is issued to the address 24 output of the system.

Secondly, the synchronizing pulse from the input 143 of module 9 is delayed by the element 133 for the duration of the trigger 123 and through the element 127 OR is output 146, from where it passes to the input 169 of module 13, the OR element 162 passes and is output to the output 32 as a control signal reading data. From the output 32 of the system, the signal is input to the second channel of the database server interrupt.

By this signal, the depersonification server switches to the subroutine for reading the contents of the database cell at the address specified on output 24 and issuing the first database record for printing.

In addition, the synchronizing pulse from the output of the OR element 127 is delayed by the element 134 for the duration of reading data from the database, and, firstly, through the OR element 126 it enters the installation input of the adder 122, resetting it to its original state.

Secondly, this pulse is fed to the subtracting input of the reverse counter 120, reducing its readings by one.

Thirdly, this pulse is delayed by element 131 for the duration of operation of the reverse counter 120 and is transmitted to the synchronizing input of the comparator 121. The comparator 121 compares the readings of the reverse counter 120 with the zero code supplied to its other input, and while the readings of the counter 120 are greater than the zero code, then at the output A of the comparator 121, a signal is generated, which, firstly, through the OR element 125, is fed to the synchronizing input of the adder 122, which sums the reference address code from input 140 by this signal, showing by reversing counter 120 and provides the final address to address 24 of the system output.

Secondly, the same pulse is delayed by the delay element 132 for the operation time of the adder 122, the OR element 127 passes and is output 146, from where it passes to the input 169 of the module 13, the OR element 162 passes, and is output to the output 32 as the next read control signal data.

By this signal, the server again switches to the subroutine for reading the contents of the database cell at the address specified on output 24 and issuing the next record of the citizens database to display and print devices (not shown in the drawing).

In addition, the synchronizing pulse from the output of the OR element 127 is again delayed by the element 134 for the time of reading data from the database, and, firstly, again through the OR element 126 it is supplied to the installation input of the adder 122, resetting it to its original state.

Secondly, it again enters the subtracting input of the reversible counter 120, decreasing its readings by one, and thirdly, it is delayed by element 131 for the duration of the operation of the reversing counter 120 and arrives at the synchronizing input of the comparator 121.

The comparator 121 again compares the readings of the reversible counter 120 with a zero code supplied to its other input, and while the readings of the counter 120 are greater than the zero code, a signal is generated at the output A of the comparator 121, which, through the OR element 125, is supplied to the synchronizing input of the adder 122, which this signal sums the code of the reference address from input 140 with the readings of the reverse counter 120 reduced by one and gives the final address to the address 24 of the system output.

The described process of reading the database data of the server continues until the comparator 121 records the fact that the readings of the counter 120 are equal to zero, indicating that all records of the database data on the choice of voters who voted for this deputy were issued to display and print media. This fact will be confirmed by issuing a pulse to the output of the comparator 121, which is supplied to the installation inputs of the reversible counter 120, the adder 122 and the trigger 123.

The system works in a similar way when printing the results of voting from all records of the database for other candidates.

At the end of voting, on the basis of the database records of the depersonification database server, a list is published with the results of electronic voting indicating unique personal identifiers, and on the basis of the records of the database of the register server, another list is published - with the names, patronymics and names of the voters who participated in the vote.

Thus, the introduction of new modules has significantly improved system performance by identifying the voter by mobile number using a Java application.

Information sources

1. Patent WO 2004/027681 (04/01/2004).

2. Patent WO 2003/102817 (12/11/2003) (prototype).

Claims (1)

The system of electronic remote SMS-voting containing the module for receiving SMS-messages of voters, the information input of which is the first information input of the system intended for receiving SMS-messages of voters, the synchronizing input of the module for receiving SMS-messages of voters is the first synchronizing input of the system, intended for entering a codogram voter messages to the voters SMS receiving module, and the first information output of the voters SMS receiving module is the first information a system output intended for issuing SMS message source data to the information input of the voters register database server, a module for generating records and reading records of the voters server database, the information input of which is connected to the second information output of the voters SMS messages receiving module, synchronizing input the module for generating the recording and reading addresses of the records of the voters server database is connected to the synchronizing output of the voters SMS receiving module, and The address output of the module for generating addresses for writing and reading records of the database of the voter server database is the first address output of the system for issuing addresses for writing and reading data for the information input of the server of the database of the voter register, and the synchronizing output of the module for generating addresses for writing and reading addresses of the database of the server database is the first synchronizing system output intended for issuing control signals to the input of the first channel of the database server interrupt the register of voters, the module for issuing SMS messages to the election commission, the information outputs of which are the information outputs of the system group, intended for sending SMS messages to subscribers of the system, the module for identifying the source of SMS messages, one information input of which is the second information input of the system intended for receiving entries of the voter register from the system server database, the synchronizing input of the SMS message source identification module is the second synchronizing input m of the system intended for recording voter register entries from the system server database into the SMS message source identification module, a module for selecting channels for documenting voting results, the information input of which is the third information input of the system, intended for receiving the address of the channel for documenting data, synchronizing the input of the selection module channels for documenting voting results is the third synchronizing input of the system, designed to enter the address of the channel and documenting the data in the module for selecting channels for documenting the results of voting, the output signal integration module, the address output of which is the second address output of the system, intended for issuing write and read addresses to the information input of the data depersonation server, and the first and second control outputs of the output signal integration module are the first and second control outputs of the system, respectively, designed to issue control signals to the inputs of the first and second Data interruption server for depersonification of data, characterized in that the system comprises a module for identifying SMS voters of the voters, the information input of which is connected to the third information output of the module for receiving SMS messages of voters, the synchronizing input of the module for identifying SMS messages of voters is connected to the first synchronizing input of the system, and the first output of the voters ’SMS identification module is connected to the clock input of the voters’ SMS messages receiving module; commission, the first input of which is connected to the first output of the SMS message source identification module, the other information input of which is connected to the fourth information output of the voters SMS message receiving module, the second input of the election commission SMS-messages generation module is connected to the second output of the SMS- identification module of voters' messages, the information output of the module for generating SMS messages of the election commission is connected to one information input of the module for issuing SMS messages of the election commission On the other hand, the other information input of the electoral commission SMS message issuing module is connected to the fourth information output of the electoral SMS messages receiving module, and the synchronizing output of the electoral commission SMS messages generating module is connected to the synchronizing input of the electoral commission SMS messages receiving module, the number of voters counting module voters, the counting input of which is connected to the second output of the module for identifying SMS-messages of voters, and the information output of the module for counting the number of votes of the current voters is the second information output of the system, intended for the issuance of data on the number of citizens voted, a module for selecting channels for documenting the results of voting of voters, the information input of which is connected to the fifth information output of the module for receiving SMS messages of voters, and a synchronizing input for the module for selecting channels for documenting the results of voting connected to the second output of the voter SMS identification module, and a group of modules for generating current addresses write and read records of the database of the data depersonification server, the information inputs of which are connected to the corresponding information outputs of the module for selecting channels for documenting the results of voting, the first and second synchronizing inputs of the modules for generating the current addresses of the records and reads of the records of the database of the server for the data depersonization of the group are connected to the corresponding first and the second synchronizing outputs of the module for selecting channels for documenting the results of voting, and The input inputs of the modules for generating the current addresses for writing and reading records of the database of the depersonification server of the group data are connected to the corresponding control outputs of the module for selecting the channels for documenting the voting results, while the information outputs of the modules for generating the current addresses for writing and reading records of the database of the server for the depersonization of group data are connected inputs of the output signal integration module, and the first and second synchronizing outputs to the module the group of current data write and read addresses of the database data depersonization server database entries are connected to the corresponding first and second clock inputs of the output signal integration module, one output of the SMS message source identification module is the second system synchronization output, and the other output of the SMS message source identification module is system signal output.

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