RU92214U1 - AUTOMATED INFORMATION AND REFERENCE SYSTEM OF THE CLOSED CIRCUIT OF THE DEPARTMENTAL SEGMENT OF THE MINISTRY OF DEFENSE - Google Patents

Abstract

An automated informational and reference system for the closed loop of the departmental segment of the Ministry of Defense, containing a block for receiving user requests, the information and synchronizing inputs of which are the first information and synchronizing inputs of the system, while the information input of the block for receiving user requests is designed to receive request codes from automated workstations of users of the system and the synchronizing input block for receiving user requests is designed to receive sync lowering signals for entering user request codes into the user request receiving unit, the server database data receiving unit, the information and synchronizing inputs of which are the second information and synchronizing inputs of the system, while the information input of the server database data receiving unit is designed to receive data from the information output the system server, the synchronizing input of the server database data receiving unit is designed to receive server synchronizing signals, and the output of the unit The data base of the server database is connected to the information input of the data and control signals output unit, the user jobs identification unit, the address input of which is connected to the address output of the user requests reception unit, and the outputs of the user jobs identification block are connected to the corresponding control inputs of the data output unit and control signals, the information outputs of which are the information outputs of the system, the database address modification block, the address output of which is

Description

The utility model relates to computer technology, in particular, to the automated information and inquiry system of the closed circuit of the departmental segment of the Ministry of Defense.

The closed circuit of the departmental segment of the Russian Ministry of Defense of the state system for the production, processing and control of new generation passport and visa documents (hereinafter referred to as the LDPE NP), which processes secret information, is intended to automate the regulations of the military administration bodies of the Russian Ministry of Defense working in the LDPE NP providing preparation for decision making on the design, manufacture, issuance, storage and control of the use of the following passport and visa documents:

- foreign passports of military personnel and civilian personnel of the Armed Forces of the Russian Federation issued by the Ministry of Defense of Russia (hereinafter referred to as the “Applicants”), who are aware of the nature of their activities in particularly important and top secret information, for traveling abroad for official needs and private affairs;

- issued through the Ministry of Foreign Affairs of the Russian Federation (hereinafter referred to as the Russian Ministry of Foreign Affairs) and taken into account in the Russian Ministry of Defense of diplomatic and service passports of military personnel, civilian personnel and members of their families.

In the framework of the closed circuit of the Ministry of Defense of the Russian Federation, the following operations of official activities of officials of the Ministry of Defense of Russia should be automated:

1) preparation of documents for the decision of officials of the Ministry of Defense of Russia on the need to issue a passport to military personnel, civilian personnel and members of their families.

2) preparation of applications for a passport, including:

- automated input of personal data of the Applicant;

- preparation of documents for approval by the FSB of Russia.

3) analysis and decision-making on applications for the preparation of a passport, including:

- automated input and preparation of supporting documents;

- automated accounting of issued applications;

- input of credentials about issued diplomatic, service and foreign passports;

- input into the database of credentials about deposited and destroyed passports.

4) data storage and processing, including:

- applications for passports;

- information on issued diplomatic, service and foreign passports;

- lists of lost, stolen international passports, lists of military personnel and civilian personnel dismissed from the Armed Forces of the Russian Federation who had foreign passports;

- information about supporting documents;

- entering into the database of specialized information about military personnel and civilian personnel (if necessary).

- quick receipt of the necessary reference data.

At the same time, the automated information and inquiry system of the closed loop of the departmental segment of the Ministry of Defense should provide the opportunity to solve numerous problems related to both the preparation of applications for foreign passports and the receipt of data on issued diplomatic, service and foreign passports, as well as the formation of lists of lost, stolen foreign passports, lists of military personnel and civilian personnel dismissed from the Armed Forces of the Russian Federation who had foreign passports.

Known systems that could be used to solve the problem (1, 2).

The first of the known systems contains data reception and storage units connected to control and data processing units, search and selection units connected to data storage and display units, the synchronizing inputs of which are connected to the outputs of the control unit, the inputs of which are connected to workstations of the system ( one).

A significant drawback of this system is the impossibility of solving the problem of updating data stored in memory in the form of relevant documents at the same time as solving the problem of delivering the contents of these documents to users in real time.

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 is the low speed of the system, due to the fact that the procedure for finding the requested data in the database is implemented by searching the data throughout the database and their subsequent processing by the central processor, which in case of large volumes of the database of the reference data inevitably leads to unreasonable loss of time.

The purpose of the invention is to increase the system performance by localizing the addresses of database records by identifiers of the addresses of units preparing applications for passport and visa documents.

This goal is achieved by the fact that in a known system containing a block for receiving user requests, the information and synchronizing inputs of which are the first information and synchronizing inputs of the system, while the information input of the block for receiving user requests is designed to receive request codes from workstations of users of the system, and a synchronization input block for receiving user requests is intended for receiving synchronizing signals for entering user request codes Lei into the block for receiving user requests, the block for receiving data from the server database, the information and synchronizing inputs of which are the second information and synchronizing inputs of the system, while the information input of the block for receiving data from the server database is designed to receive data from the information output of the server of the system, which synchronizes the block input receiving data from the server database is intended for receiving synchronizing signals of the server, and the output of the receiving unit of data from the server database is connected to the information the input of the unit for issuing data and control signals, the unit for identifying user jobs, the address input of which is connected to the address output of the unit for receiving user requests, and the outputs of the unit for identifying user jobs are connected to the corresponding control inputs of the unit for issuing data and control signals, the information outputs of which are information system outputs, a block of database address modification, the address output of which is the address output of the system, intended for issuing addresses After data input to the address input of the database server, an identification unit for the base addresses of the ordering units was introduced, the information input of which is connected to the first information output of the unit for receiving user requests, the synchronizing input of the unit for identifying the base addresses of the ordering units is connected to the synchronizing output of the unit for receiving user requests, and the information and the synchronizing outputs of the base address identification unit of the ordering units are connected to the corresponding information with the synchronizing inputs of the database address modification block, the synchronizing output of the base address identification block of the ordering units is connected to the first synchronizing input of the data and control signal output block, the discriminator of user request execution signals, the information input of which is connected to the information output of the base address identification block of the ordering units, and the first synchronizing input of the discriminator of signals to fulfill user requests dinene with a synchronizing output of the identification unit of the base addresses of the ordering units, while the signal output of the discriminator of the signals for executing user requests is connected to the counting input of the block for modifying the database addresses and to the second synchronizing input of the block for issuing data and control signals, and the installation output of the discriminator of signals for fulfilling user requests is connected with the installation input of the database address modification block, the identification block of the types of user requests, information whose input is connected to the second information output of the user request receiving unit, the synchronizing input of the user request type identification unit is connected to the second synchronizing input of the system, the first synchronizing output of the user request type identification unit is connected to the third synchronizing input of the data and control signal output unit, the second synchronizing output the unit for identifying types of user requests is connected to the counting input of the discriminator of execution signals for users, the third synchronizing output of the user request types identification block is connected to the second synchronizing input of the discriminator of user request signals, and the user request data selection block, the first, second and third information inputs of which are connected to the third, fourth and fifth information outputs of the user request receiving unit accordingly, the fourth information input of the user request data selection unit is connected to the output of the data receiving unit of the server database, the first synchronizing input of the user request data selection unit is connected to the third synchronizing output of the user request type identification unit, the second synchronizing input of the user request data selection unit is connected to the fourth synchronizing output of the user request type identification unit, the first control input of the request data selection unit users is connected to the first control output of the identification block types of user requests, the second the input input of the user request data selection unit is connected to the second control output of the user request type identification unit, and the installation input is connected to the installation output of the user request signal discriminator, the first output of the user request data selection unit is connected to the fourth synchronizing input of the data and signal output unit control, the second output of the user request data selection block is connected to the fifth synchronizing input of the issuing unit yes GOVERNMENTAL and control signals, and the third output selection user requests a data block output is connected to the mounting block receiving database server database.

The invention is illustrated by drawings, where Fig. 1 is a structural diagram of a system, Fig. 2 is a structural diagram of a block for receiving user requests, Fig. 3 is a block diagram of an identification unit of a base address of ordering units, and Fig. 4 is a block diagram of a signal discriminator performing user requests, FIG. 5 is a structural diagram of a unit for identifying types of user requests, FIG. 6 is a structural diagram of a block for selecting user requests data, FIG. 7 is a structural diagram of a data output unit and latter is present administration.

The system (Fig. 1) comprises a unit 1 for receiving user requests, a unit 2 for identifying the base addresses of the ordering units, a discriminator 3 for signaling the execution of requests, a unit 4 for identifying types of user requests, a unit 5 for modifying the database addresses made in the form of a counter, a unit 6 for identifying workers user seats, made in the form of a decoder, a unit 7 for selecting user request data, a unit 8 for receiving data from the database, made in the form of a register, and a unit 9 for issuing data and control signals.

1 also shows the first 10 and second 11 information inputs of the system, the first 12 and second 13 synchronizing inputs of the system, address 14 system output, the first 15 and second 16 synchronizing outputs of the system, information 17-19 system outputs.

Block 1 (figure 2) contains the registers 21-26 and the delay element 27. The drawing also shows information 30-35 and synchronizing 36 outputs.

Block 2 (figure 3) contains read-only memory 40, decoder 41, elements 42-45 AND, element 45 delay. The drawing also shows information 46 and synchronizing 47 inputs, information 48 and synchronizing 49 outputs.

Block 3 (figure 4) contains a register 51, a counter 52, a comparator 53 and delay elements 54, 55. The drawing also shows information 56, first 57 and second 58 synchronization inputs, signal 60 and installation 61 outputs.

Block 4 (figure 5) contains a decoder 70, a trigger 71, elements 72-75 AND, elements 76, 77 OR, elements 78, 79 delay. The drawing also shows the information 80 and synchronizing 81 inputs of the block, synchronizing 82-85 and controlling 86, 87 outputs of the block.

Block 7 (Fig.6) contains comparators 91-93, elements 94, 95 AND, elements 96, 97 OR. The drawing also shows information 100-103 inputs, synchronizing 104-105, control 106-107 and installation 108 inputs, as well as outputs 109-111.

Block 9 (Fig.7) contains elements 120, 121 OR, groups of elements 122-124 AND, element 125 delay. The drawing also shows the synchronizing 130-134, controlling 135-137 and 138 information inputs, as well as the synchronizing 139, 140 and information outputs 141-143.

All nodes and elements of the system are made on standard potential-impulse elements.

The system operates as follows.

To obtain reference data from the closed loop database of the Ministry of Defense, various types of queries are generated at the workstations of users of the system, the generalized structure of which has the following form:

THE CODE THE CODE THE CODE THE CODE THE CODE THE CODE Unit ID Request type 1st sign of request 2nd sign of request 3rd sign of request ARM workstation address
a la

The request codogram from the input 10 of the system goes to the information input of the block for receiving user requests, then to the inputs of the corresponding registers 21-26, where the above codes are entered by the synchronizing pulse from input 12.

From the output 30 of the register 21, the identifier code of the ordering unit enters the information input 46 of block 2, from where it enters the inputs of the decoder 41.

The decoder 41 decodes the code and prepares the signal path from input 47, opening one of the elements 42-44 I. For definiteness, we assume that a high potential is received at one input of the element 42 I.

In parallel with this, the synchronizing pulse from the input 12 of the system is delayed by the element 27 for the time the codogram is entered into the registers of block 1 and from the output 36 of the block 1 it goes to the input 47 of the block 25, and then the state of the elements 42-44 I is interrogated.

Considering the fact that only the AND element 42 will be open at one input, then passing through this AND element, the clock pulse arrives, firstly, at the read input of a fixed memory cell of the permanent storage device 40, where the base address of the requested ordering unit and the total number code are stored records of data of citizens and military personnel in the database related to the maintenance of this unit.

The code of the base address of the requested ordering unit is read from the ROM 40 memory and from output 48 it goes to the information input 139 of block 5, and the code of the total number of data records of citizens and military personnel registered in this unit from the same output 48 goes to the information input of block 3.

Secondly, the same read pulse from the input of element 42 AND of block 2 is delayed by the delay element 45 for the duration of reading the contents of a fixed ROM cell and then from output 49 it arrives at both the synchronizing input 140 of block 5 and the synchronizing input 57 of block 3.

The code from input 139 of block 5 is fed to the information input of the counter and the clock pulse from input 140 is entered into the counter, from the outputs of which this code is sent to the address output 14 of the system.

At the same time, from the input 140 of block 5, the same clock pulse enters the input 130 of block 9, passes through the OR element 120, and is delayed by the entry of the base address code into the counter of block 9 by the element 125. Then this pulse is output to the system output 15 as a signal control read the contents of the memory cell of the server database at the address specified on the output 14 of the system.

The code of the total number of records of citizens and military personnel in the database registered in this unit from the output of 48 block 2 is entered in the register 51 of block 3 with the same clock pulse from the output 49 of block 2. From the output of the register 51, this code is fed to the input 150 of the comparator 53 .

The request type code recorded in the register 22 of block 1 determines the corresponding data sampling mode, which include:

- a mode for viewing all records of the closed loop database of the departmental segment of the Ministry of Defense;

- the mode of selection of data records of military personnel and citizens by gender (men and women),

- the mode of selecting data records of military personnel and citizens by type of business trip abroad;

- the mode of selection of data records of military personnel and citizens on the facts of the loss of passport and visa documents.

Consider the system on the example of the implementation of the above modes.

A request type code from the output 31 of the register 22 of block 1 through the information input 80 of block 4 is input to the decoder 70.

The decoder 70 decodes the request type code, giving out one of its outputs a high potential. For definiteness, we assume that the first mode sample code is received in register 22 and, therefore, the high potential is received at one input of element 72 I.

As a result, the And element 72 will be open at one input and, thereby, a signal transmission circuit will be prepared from the input 81 of the block 4 through the delay element 78 to the inputs of the elements 72-75 I.

Based on the signal from the output 15 of the system, the database server (not shown) goes to the subroutine for reading the contents of the database cell at the address indicated on output 14, issuing the database record to the information input 11 of the system and entering its attributes in block 8, made in the form register, a clock pulse coming from the server to the input 13.

Thus, in block 8 there will be all the attributes of the record read from the database.

In parallel, the synchronizing pulse from input 13 through the input 81 of block 4 passes to the input of element 78, where it is delayed by the time the recording attributes were entered into register 8, and then it goes to the inputs of elements 72-75 I. Given that it will be open in this mode only one element 72 And at one input, the clock pulse passes through the specified And element to the output 82 of block 4 and then goes to the input 132 of block 9, where it passes through the element 121 OR to the output 16 of the system as a signal for issuing the first read data record from the output register 8 to input 138 block 9. In parallel with the described process, the address code of the automated workstation of the user from which the request was sent, from the output 35 of the register 26 of block 1 is input to the block 6, made in the form of a decoder.

The decoder decrypts the address code of the user's workstation and provides one of the outputs 143-145 with a high potential supplied to the corresponding input 135-137 of block 9, where the corresponding group of elements 122-124 I will be opened one input.

Through the open AND elements of the corresponding group 122-124, the code of the read record from the database from the output of register 8 through input 138 is issued through one of the information outputs of the system to the workstation of the user who sent the request.

If, in register 22, block 1, another type of request is fixed, in which the And element 73 is opened by the high potential of the decoder 70, then the synchronizing pulse from the output of the Delay element 78 passes through the And element 73, and then, firstly, it passes immediately through element 77 OR to the output 83 of block 4 and enters the counting input 59 of block 3 and then to the counting input of the counter 52, which captures the number of read records from the database.

The output of the counter 52 is connected to the input 151 of the comparator 53, comparing the total number of database entries recorded in the register 51 with the number of entries in the counter 52.

The comparator 53 compares the readings of the register 51 and the counter 52 by a clock pulse passed by the OR element 76 of the block 4 and delayed by the element 79 for the duration of the operation of the counter 52, which from the output 84 of the block 4 goes to the input 58 of the block 3.

Since the readings of the counter 52 are currently less than the readings of the register 51, a pulse appears at the output of the comparator 53, which, through the input 141 of the block 5, enters the counting input of the counter, increasing the base address of the read cell by one.

In addition, the same pulse passes to the input 131 of block 9, passes the OR element 120 and the delay element 125, where it is delayed by the end of the summation of the data in the counter 80, and then again issued to the output 15 of the system as a control signal for reading the next database record at the address formed at the output 14 of the system.

Based on a signal from system output 15, the database server goes back to the subroutine for reading the contents of the database cell at the address indicated on output 14, issuing the database record to the information input 11 of the system and entering its attributes into register 8 with a synchronizing pulse from the server to input 13 .

This process of reading the database records of the selected ordering unit will continue until the readings of the counter 52 and the register 51 are equal. In this case, the pulse will appear on the other output 154 of the comparator 53.

The specified pulse arrives at the installation inputs of the respective nodes and blocks, returning them to their original state.

As part of the request in the second mode, the selection parameters are additionally indicated by the type of sex (male or female), which is fixed in register 23 of block 1.

After reading all the attributes of the record from the server database and entering into register 8, the pulse from input 13 enters through input 81 of block 4 and element 78, which delays the pulse for the time the recording code is entered in register 8, to the inputs of elements 72-75 I. It is open on the second input, the high potential of the decoder 70 in this case will be only element 73 I.

From the output of the And element 73, the impulse arrives, first, as in the previous mode, through the OR element 76 and the delay element 79 to the output 84 and then to the synchronizing input 104 of the comparator 91 of block 7, which compares the sign of the gender specified in the request and located in register 23 of block 1, with a sign of sex in the record located in register 8.

If the sex sign code in the register 23 of block 1 coincides with the sex sign code in the register 8, then at the output 160 of the comparator 91 an impulse appears, which arrives at one of the inputs of elements 94 and 95 I. Only the 94 And element will be open at the other input, t. to. high potential is applied to the input of this element from the inverse output of the trigger 71 of block 4, which is in the initial state.

The pulse from the output 160 of the comparator 91 passes the element 94 AND, and the output 109 of the block 7 is fed to the input 133 of the block 9, where the element 121 passes OR, and the output 16 of the system is issued as a control signal for issuing data to the user's workstation.

If the sex codes did not match, then a signal appears at the output 161 of the comparator 91, which is received through the OR element 97 and the output 111 of the block 7 is supplied to the installation input of the register 8, resetting it to its original state and thereby preparing to receive the next record from Database.

At the same time, unit 3, upon a signal from the output 60 of the comparator 53, a next read address will be generated and a control signal for reading the next record of the election commission database data will be issued to the system output 15.

The third mode of operation of the system is the mode of selecting data records for the category of interest, characterized in that the request for data sampling additionally indicates the range of travel countries, the upper and lower boundaries of which are recorded in registers 24 and 25 of block 1, respectively.

The code of the lower boundary of the age range from the output 33 of the register 24 of block 1 goes to the input 101 of the block 7, the code of the upper border of the range from the output 34 of the register 25 of block 1 goes to the input 102 of the block 7, and the code of the country of business from the record of the base goes to the input 103 of the block 7 data received in register 8.

After reading the record from the server database and entering all its attributes into register 8, the pulse from input 13 enters through input 81 of block 4 and element 78, which delays the pulse while the recording code is entered in register 8 to the inputs of elements 72-75 I.

Opened at the second input, the high potential of the decoder 70 in this case will be only element 74 I.

From the output of the element 74 AND the pulse is supplied, firstly, as in previous modes, through the element 77 OR to the output 83 and then to the counting input 59 of block 3.

Secondly, the same pulse from the output 85 of block 4 goes to the input 105 of block 7, passes through the OR element 96, and goes to the synchronizing input of the comparator 92, which compares the code of the lower bound of the range with the country code of the trip in the record located in register 8.

If the country code of the business trip in register 8 is less than the code of the lower limit of the range, then an impulse appears at the output 162 of the comparator 92, which passes through the OR element 97 to the installation output 111 of block 7 and then goes to the installation input of register 8 and resets it to its original state.

If the code of the country of mission in register 8 is equal to or more than the code of the lower boundary of the range of countries, then the output 163 of the comparator 92 receives a pulse that is fed to the synchronizing input of the comparator 93, which compares the country of travel in the records of register 8 with the country code of the upper boundary of the range of countries.

If the country code in the register 8 record is larger than the upper range code, then an output appears on the output 165 of the comparator 93, which passes through the OR element 97 and the output 111 of the block 7 to the installation input of the register 8 and resets it to its original state.

If the country code in the register 8 is less than or equal to the upper boundary code of the country range, then an output appears at the output 164 of block 7, which passes through the output 110 of block 7 to the input 134 of block 9, then the OR element 121 passes and is output to the system output 16 as a control signal issuing the contents of the register 8 to the workstation of the user who sent the request.

Thus, the introduction of new nodes and blocks has significantly improved system performance by localizing the addresses of database records by the address identifiers of the ordering units.

Sources of information taken into account when drawing up the description of the application:

1. US Patent No. 5136708 M.C. G06F 15/16, 1992

2. US Patent No. 5129083 M.C. G06F 12/00, 15/40, 1992 (prototype).

Claims (1)

An automated informational and reference system of the closed loop of the departmental segment of the Ministry of Defense, containing a block for receiving user requests, the information and synchronizing inputs of which are the first information and synchronizing inputs of the system, while the information input of the block for receiving user requests is designed to receive request codes from automated workstations of users of the system , and the synchronizing input block for receiving user requests is designed to receive sync lowering signals for entering user request codes into the user request receiving unit, the server database data receiving unit, the information and synchronizing inputs of which are the second information and synchronizing inputs of the system, while the information input of the server database data receiving unit is designed to receive data from the information output the system server, the synchronizing input of the server database data receiving unit is intended for receiving the server synchronizing signals, and the output of the unit The data base of the server database is connected to the information input of the data and control signals output unit, the user jobs identification unit, the address input of which is connected to the address output of the user requests reception unit, and the outputs of the user jobs identification block are connected to the corresponding control inputs of the data output unit and control signals, the information outputs of which are the information outputs of the system, a block for modifying the database addresses, the address output of which is I am an address output of the system intended for issuing data addresses to the address input of the database server, characterized in that it contains an identification unit for the base addresses of the ordering units, the information input of which is connected to the first information output of the unit for receiving user requests, synchronizing the input of the unit for identifying the base addresses of the ordering units connected to the synchronizing output of the block for receiving user requests, and the information and synchronizing outputs of the identification block b the calling addresses of the ordering units are connected to the corresponding information and synchronizing inputs of the database address modification block, while the synchronizing output of the base addresses identification unit of the ordering units is connected to the first synchronizing input of the data and control signals output unit, the discriminator of user request execution signals, the information input of which is connected to the information output of the identification unit of the base addresses of the ordering units, and the first syn the synchronizing input of the discriminator of signals for executing user requests is connected to the synchronizing output of the identification block of the base addresses of the ordering units, while the signal output of the discriminator of signals for fulfilling the requests of users is connected to the counting input of the database address modification block and to the second synchronizing input of the unit for issuing data and control signals, and the installation the output of the discriminator of the signals for performing user requests is connected to the installation input of the modification block and database addresses, a user request type identification unit, an information input of which is connected to a second information output of a user request receiving unit, a synchronizing input of a user request type identification unit is connected to a second synchronizing input of the system, a first synchronizing output of a user request type identification unit is connected to a third synchronizing the input of the unit for issuing data and control signals, the second synchronizing output of the type identification unit request the user is connected to the counting input of the discriminator of user request execution signals, the third synchronizing output of the user request type identification block is connected to the second synchronizing input of the discriminator of user request signals, and the user request data selection block, the first, second and third information inputs of which are connected to the third, the fourth and fifth information outputs of the block for receiving user requests, respectively, the fourth information input the user request data selection unit is connected to the output of the server database data reception unit, the first synchronizing input of the user request data selection unit is connected to the third synchronizing output of the user request type identification unit, the second synchronizing input of the user request data selection unit is connected to the fourth synchronizing output of the type identification unit user requests, the first control input of the user request data selection block is connected to the first the control output of the user request type identification block, the second control input of the user request data selection unit is connected to the second control output of the user request type identification block, and the installation input is connected to the installation output of the discriminator of user request execution signals, the first output of the user request data selection block connected to the fourth clock input of the unit for issuing data and control signals, the second output of the data selection unit APROSAM users connected to a fifth clock input issuing data block and control signals, and the third output selection user requests a data block output is connected to the mounting block receiving database server database.