System for controlling electronic circulation of documents in information-marketing center

FIELD: computer science.

SUBSTANCE: system has first and second registers, operation mode setting block, device for identifying base address of confirmed requests, device for modified base address of confirmed requests, device for identification of base address of clients, block for forming recording control signals and data reading, decoder, device for identification of base address of user notifications, device for identification of base address of contest requests, block for commutation of channels for data dispensing and OR elements of group.

EFFECT: higher speed of operation.

9 dwg

The invention relates to computer technology, in particular, to a control system electronic document management information and marketing centre (EMC).

One of the main functions of information and marketing center is the organization of electronic trading, which must be provided and maintained electronic document.

The main principles of organization and holding of tenders is the creation of equal competitive conditions for all participants - businesses, organizations and individual entrepreneurs (suppliers)as well as transparency, unity and objectivity of the assessment.

Information and marketing centre organizes trades at the suggestion of customers who, for example, public procurement on a competitive basis.

The customer is pre-qualified candidates to identify bidders (competition), meet the requirements and are willing to bid for the proposed conditions.

Applicants report to the tender Committee of the EMC (customer) the following information about yourself:

- name,

address

- the phone

- the date, place and registration authority,

- organizational-legal form,

- authorized capital,

the number of workers

banking the details

- information about the solvency of the enterprise;

- notarized copies of constituent documents,

- licenses for certain activities,

- certified regional tax inspection a copy of the last balance sheet.

The EMC together with the Customer performs the following functions:

a) prepares the documents for the call for tenders (tender), shall publish them in the system and mailing of invitations (closed competition);

b) preparation of applications for participation in the competition;

d) hold familiarize candidates with the tender documents and provide necessary clarifications;

d) provides for the collection, storage and evaluation of the submitted bids;

e) provides the procedure for bidding (tender) and its decoration;

W) assesses applications and makes a decision about the winners of the application;and

C) determines the winner or decides otherwise by the results of trades (competition).

The tender documentation contains the following information:

a) instructions for preparing applications for participation in the auction (competition);

b) the criteria and procedure for evaluating qualifications of the applicant;

C) the nature and required technical and quality characteristics of the purchased products, the desired or required time of delivery;

g) the method of calculation or expression of the contract price, including the decree of the tion, does the price in addition to the cost of the production costs for transportation, insurance, customs duties, taxes and other obligatory payments.

d) the procedure and deadline for submission of applications for participation in the auction (competition);

e) the period of validity of bids for participation in tender (contest);

g) the date and time of closing of bids for participation in tender (contest);

C) clarification of the right to appeal against unlawful actions or decisions of the customer or used procedures

The main criteria considered in determining the successful application:

a) the price per unit of production, including transportation costs for delivery;

b) the quality of our products;

C) the quantities and delivery dates.

The EMC together with the Customer informs the participants about the result of the trades. While the EMC sends an official notification to the winning bidder.

The customer is obliged to publish information about the winner of the auction (tender) not later than 10 days after making up.

The contract between the customer and the winner of the auction (competitive bidding) is made within 10 days after receipt by bidder (tender) documents proving his victory at the auction (competition).

The contract is concluded on the terms and conditions contained in the tender documents and the bid winner at the auction (competition). When signing the AI contract by mutual consent may include conditions, do not alter the conditions contained in the tender documents and the bid of the winner.

Known systems that could be used to organize electronic documents in information and marketing center if you implement the above functions [1, 2].

The first of the known systems contains blocks receiving and storing data, connected to the control blocks and data blocks search and selection, connected to the blocks of the data storage and display, the clock inputs are connected to outputs of control unit [1].

A significant disadvantage of this system is that you cannot solve the problem of updating data stored in memory in the form of relevant documents, simultaneously with the solution of the issue of the content of these documents to users in real time.

Known and other system containing blocks of data reception, the outputs of which are connected with the memory unit and data processing unit, the block selection time intervals, the outputs of which are connected to the unit receiving data, the block receiving user requests to the memory unit and the data processing unit, the outputs of which are connected to one inputs of the switching unit channel data output, the other input of which is connected to the block selection intervals, and outputs are the outputs si the topic [2].

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

Its disadvantage is the low system performance, due to the fact that the search for the requested data is in the whole volume of the database, which leads to unnecessary loss of time and the impossibility of implementing a regime of competitive bidding in real time.

The purpose of the invention is the improvement of the system performance by eliminating the search for documentary evidence of the bidders throughout the volume of the database server and localization workflow only by reference address database corresponding to the status of customers ' applications of the auction.

This objective is achieved in that in the known system, containing the first register, the information input of which is the first information input system clock input is the second synchronizing input of the system, one output of the first register is connected to the input of the decoder, and the other is connected to one input elements OR groups, the outputs of which are information system output, the second register, the information input of which is the second information input system clock input is the second synchronizing input of the system, and the output is connected with the information input unit switching channels renditions of the data, the control inputs of which are connected to the respective outputs of the decoder, the clock input is connected to the second clock input of the system, and outputs the switching unit channels of data output are the outputs of the system group, the unit set the operation mode, the information input which is the third information input of the system, the first clock input unit connected to the first clock input system, the second clock input unit is the third synchronizing input of the system, and the first output unit set the operation mode is connected with the control input signal control reading and writing of data, the information output of which is the address of the system output, and clock outputs of the block are clock outputs system, the entered authentication device base address customers ' trades, information input connected to the first output of the first register, a clock input connected to the second output unit set the operation mode, the first output device connected to the first information input unit generating control signals read and write data, and a second output connected to the first clock input signal control reading and writing of data, the us is the device identification of the base address of approved applications clock input connected to the third output unit set the operation mode, the installation log is an installation entry system, the first information output device connected to the second information input unit generating control signals read and write data, and synchronizing the output of the device connected to the second clock input signal control reading and writing of data, the device modifying the base address of approved applications information the input of which is connected with the second information output devices identify the base address of the approved applications, the first clock input of the device is the fourth synchronizing input of the system, the first output device is connected with the third information input unit generating control signals read and write data, and the second output device is connected to the third clock input signal control reading and writing of data, the authentication device base address of bids, one data input connected to the output of the second register, the other information input is the fourth information input system clock input devices are connected to the second synchronized is the overarching system, the information output device is connected with the fourth information input unit generating control signals read and write data, one clock output devices connected to the fourth clock input signal control reading and writing data, and the other connected to the second clock input of device modification the base address of the approved application, and the authentication device base address notification user information input which is the fifth information input system clock input is the fifth synchronizing input of the system, installation input is connected to the set input of the system, an information output device connected to another input element OR group, other information output connected to the fifth the information input unit generating control signals read and write data, and synchronizing the output device is connected with the fifth clock input signal control reading and writing data.

The invention is illustrated by drawings, where figure 1 shows the block diagram of the system, figure 2 presents an example of a specific structural embodiment of the mounting block mode, figure 3 - example specific to structive perform an identification device base address of approved applications figure 4 - example of a specific structural embodiment of the device of the modification of the base address of approved applications figure 5 - example of a specific structural embodiment of the identification device base address of the customer, figure 6 presents an example of a specific structural embodiment of the signal control write and read data figure 7 - example of a specific structural embodiment of the identification device base address for notifications to users, Fig is an example of a specific structural embodiment of the identification device base address of bids figure 9 - example of a specific structural embodiment of the switching unit channel data output.

The system (figure 1) contains the first 1 and second 2 registers, block 3 setup mode, the device 4 identify the base address of the approved applications, the device 5 modifying the base address of the approved applications, the device 6 identify the base address of the customer, block 7 of the form the control signals of the recording and reading of data, the decoder 8, the device 9 identify the base address of the notification of users, the device 10 identifying the base address of bids, block 11 to the switching of the channels of data output and the elements 12 OR group.

Figure 1 also shows the first 15, second 16, the third 17, fourth 18, 19 fifth information input system, the first 20, second 21, 22 third, fourth, 23 and 24 fifth clock inputs of the system, the installation log 25 system, as well as address 30 the system output, the first 31, second 32 and third 33 synchronizing the outputs of the system, the information outputs 34-36 group of information outputs of the system and information output 37 of the system.

Block 3 (figure 2) contains the register 40, the decoder 41, the elements 42-44 And the elements 45, 46 OR element 47 delay.

The drawing also shows an information input 17 of the block, the clock inputs 48, 49 and clock outputs 50-52 block.

Device 4 (Fig 3) contain the memory block 60, made in the form of a persistent storage device, the register 61, a counter 62, an adder 63, the elements 64-66 delay.

The drawing also shows the clock 67 and installation 25 the input device, and information 68, 69 and clock 70 outputs of the block.

Unit 5 (figure 4) contains the block 71 memory, made in the form of a persistent storage device, the counters 72 and 73, the comparator 74, the trigger 75, item 76 OR element 77 And the elements 78-79 delay.

In addition, the drawing shows the first 80 and second 81 synchronizing and information 82 inputs, as well as information 83 and the clock 84 outputs of the device.

Device 6 (figure 5) contains the block 90 memory, made in videoteenage storage device, the decoder 91, elements 92-94 And element 95 OR elements 96, 97 delay.

In addition, the drawing shows information 98 and synchronizing 99 inputs, as well as information 100 and the clock 101 outputs.

Block 7 (6) contains the register 105, the trigger 106, the elements 107-108 And elements 109 OR group elements 110-113 OR elements 114-118 delay.

In addition, the drawing shows the first 119, 120 second, third, 121, 122 fourth and fifth 123 information input unit, the first 124, 125 second, third, 126, 127 fourth and fifth 128 clock input unit, the control input 129 of the block, and the address output 30 and clock outputs 31-33 block.

The device 9 (7) contains the memory block 130, made in the form of a persistent storage device, the counter 131, the register 132, the trigger 133, elements, 134-135 And element 136 OR elements 137-138 delay.

In addition, the drawing shows information 19, the clock 24 and installation 25 the input device, and information 139, 140 and clock 141 outputs of the device.

The device 10 (Fig) contains a comparator 151, block 152 memory, made in the form of a persistent storage device, register 153, the adder 154, the counter 155, item 156 And items 157-159 delay.

In addition, the drawing shows the first 18 and second information 161 and the clock 162 inputs the device and Informatsionnyi and clock 163, 164 outputs of the block.

Unit 11 (figure 9) contains the first 170, 171 second and third 172 group elements I.

In addition, the drawing shows information 173 synchronizing 174 and control 175 -177 unit, as well as information 34-36 outputs of the block.

All nodes and elements of the system are made on the standard of potentially switching elements. To simplify the drawing, installation chain assemblies and units in the initial state not shown.

The system works as follows.

The documents submitted by the Customer trades in the EMC in the form of a bid in an open tender, must pass through the following stages, each of which corresponds to a particular status:

- "wound" - the documents of the application filed by the Customer;

- "approved" - the application documents are accepted by the auction organizer of the EMC, and it can be auctioned;

- "waiting" - the documents of the application are in the stage after the approval of the Customer before the date the time of the beginning of registration of participants in the auction;

- "in" - the documents of the application are in the stage of pre-tender preparation;

- "competition" - the application documents are in the process of competition - winner;

- "approved" - the decision on the application is accepted, and the signing of the contract;

- completed - contract on the application is concluded.

Each stage of operation of the system for which no specific workflow status, in the process which is carried out the bidding process at the auction.

In the first stage, the Customer must log in to the database applications of the EMC, under preparation, and to add your new application.

With this purpose from the Customer information input 15 of the system and further information on the input of the register 1 receive codogram, which structure has the following form:

A SUBSTANTIAL part of the DOCUMENTATION of the APPLICATION contains the following fields:

- the field name of the competition;

- a field to enter a brief description of the nature of the competition (no more than 300 characters);

- field classifier competition PCO

- the start date field of the registration of participants for participation in the tender (auction);

field start date for the submission of proposals to the competition;

- the field is the end date of the competition;

- a field for entering the criteria and procedure for evaluating qualifications of the applicant, the field must be able to attach to it the file;

- the field characteristics and required technical and quality characteristics of the purchased products, the desired or required time of delivery, the field must be able to attach to it the file;

- enter calculation method or an expression the contract price, including an indication of whether the price in addition to the cost of the production costs for transportation, insurance, customs duties, taxes and other obligatory payments, the field must be able to attach to it the file;

- a field for entering the model contract, the field must be able to attach to it the file;

- a field to enter an optional comment.

With the arrival of codogram information to the input 15 of the register 1 to the clock input of the register 1 input system 20 receives the clock signal, which writes codogram customer register 1.

In parallel with the information input 17 of the system in unit 3 receives the code of the first operation mode, which is entered in the register 40 unit 3 by the same clock signal input 20, arriving at the clock input of the register 40 through the inlet 48 and the element 45 OR block 3.

Code customer ID from the output 180 of the case 1 through the inlet 98 of the block 6 to the input of the decoder 91 unit 6, which decrypts the ID code of the customer and opens one of the elements 92-94 And. For definiteness suppose that is open on one input will be the element 92 I.

Simultaneously with this code system mode register 40 is decoded by the decoder 41, a high potential at one of its outputs opens e is ment 43 I. The synchronizing pulse from the output element 45 OR block 3, the detainee element 47 at the time of actuation of the decoders 41 unit 3 and 91 unit 6 passes through the elements 43 AND 46 OR through the outlet 51 to the input 99 of the block 6.

Input 99 of the synchronizing pulse first passes through the outdoor element 92 And to the input of the read fixed memory permanent storage device 90, which stores the base address of the memory locations of the database covered by the customer, and reads its contents through the output 100 of the block 6 on the information input 119 unit 7. Input 119 unit 7 read the code base address through the elements 109 OR group is supplied to the information input of the register 105.

Secondly, the same pulse reading, passing the element 95 OR block 6, delay element 97 delay time read the contents of a fixed cell ROM and then exit 101 through the inlet 124, item 110 OR element 111 OR unit 7 is supplied to the clock input of the register 105 unit 7, locking in the register 105, the base address of the first memory cell covered by the customer.

Output register 105 unit 7 code base address is issued on the address output 30 of the system.

Thirdly, after the element 110 OR the same clock pulse is delayed by element 114 at the time of entry code address register 105, and then passes through elementy And 113 OR to the output 32 of the system. Element 108 And is open on the second input, since it enjoyed a high potential with inverted output of the trigger 106, which in its original state.

The output signal 32 at the input of the first interrupt server system database (not shown), the server goes to the subroutine write the contents of a substantial part of the application with exit 181 case 1 through the elements 12 OR group, and the output 37 of the system at the address generated at the output 30 of the system.

Similarly, is accepting applications for the auction from all customers, after which the system enters the mode of their approval by the organizer of trading.

To this end, the remote control of the organizer of trading (not shown) is set to the reading mode applications from the database server. Code set mode input 15 is supplied to the information input of the register 40 block 3.

In addition, the remote control of the organizer of trading code is dialed, the customer ID of the auction, whose application is called for approval and sign-15 system ID code of the customer trades entered in the appropriate bits of the register 1, where it is recorded clock pulse input 20.

In parallel with the information input 17 system code set mode will be entered into the register 40 nl is 3 the same clock signal input 20, arriving at the clock input of the register 40 through the inlet 48 and the element 45 OR block 3.

Code customer ID from the output 180 of the case 1 through the inlet 98 of the block 6 to the input of the decoder 91 unit 6. The decoder 91 decodes the ID code of the customer and opens one of the elements 92-94 And. For definiteness suppose that is open on one input will have the same element 92 And, as in the first mode.

Simultaneously with this code system mode register 40 is decoded by the decoder 41, a high potential at one of its outputs opens the element 44 And. the synchronizing Pulse from the output element 45 OR block 3, the detainee element 47 at the time of actuation of the decoders 41 unit 3 and 91 unit 6 passes through the element 44 And the output 50 of the block 3 and then enters through the inlet 129 unit 7 on a single input trigger 106 and sets it in one state, in which the low potential with the inverted output of the trigger element 106 108 is closed, and the high potential direct the trigger output element 106 107 will be opened.

In parallel, the same clock pulse from the output of the element 44 And unit 3 passes the element 46 OR output 51 unit 3 is fed to the input 99 of the block 6.

Input 99 of the synchronizing pulse after a delay element 96, first, passes through the outdoor element 92 And the input reading is tirovannoj memory permanent storage device 90, stores the base address of the memory locations of the database covered by the customer, and reads its contents through the output 100 of the block 6 on the information input 119 unit 7. With these inputs, the read code base address through the elements 109 OR group is supplied to the information input of the register 105.

Secondly, the same pulse reading, passing the element 95 OR block 6, delay element 97 delay time read the contents of a fixed cell ROM, and then exit 101 through the inlet 124, item 110 OR element 111 OR unit 7 is supplied to the clock input of the register 105 block 7 block 4, locking in the base address register of the first memory cell covered by the customer.

Output register 105 unit 7 code base address is issued on the address output 30 of the system.

Thirdly, after the element 110 OR the same clock pulse is delayed by element 114 at the time of entry code address register 105, and then passes through the elements 107 AND 112 OR to the output 31 of the system. Element 107 will be opened, because at its second input is submitted to a high potential with direct access trigger 106.

The output signal 31 at the input of the second channel interrupt server system database (not shown), the server goes to the subroutine read the contents of a substantial part of the application of the Customer that is regarded as one of the memory database server at the address specified at the output 30 of the system.

In addition, the pulse from the output element 107 And delayed element 117 for the duration of the pulse and is supplied to the installation log trigger 106, returning it to its original state.

Read the informative part of the application output server receives the information input system 16, where applied to the information input of the register 2 which contains a synchronizing pulse server log 21. Output register 2 a substantial part of the documentation of the application via one of the outputs 34-36 unit 11 is thrown on the screen of the display organizer of trade for consideration of the application and its approval.

Upon approval, it must change its status to "approved" and its documentation should move to another area of memory the database server for approved applications, which will be located in the stage of pre-tender preparation. This status allows the system further automatically change the status of the application for the status of "application in process" after the expiration date of the beginning of registration of participants for participation in the contest.

To this end, the organizer of trading on the remote control dials code Approved, which is supplied from the information input 17 to the information input of the register 40 block 3 is inserted into it a synchronizing pulse from the inlet 22 through the inlet 49 element 45 OR block 3.

Code approval regime in the register 40 is decoded by the decoder 41, a high potential at one of its outputs opens the element 42 And. the synchronizing Pulse from the output element 45 OR detained element 47 at the time of operation of the decoder 41 unit 3, passes through the element 42 And the outlet 52.

Output 52 of block 3 clock pulse is applied to the input 67 of the device 4 and then, firstly, to the input of a fixed memory constant memory (ROM) 60, which stores the base address of the first cell zone server memory allocated for storing documentation of approved applications, and reads it to the information input of the register 61.

Secondly, the same pulse input 67 is delayed element 64 on the time code read from the ROM 60 and is supplied to the clock input of the register 61, locking in the latest base address of the first memory zone of the server memory allocated for the storage of documentation of approved applications.

The code base address of the memory areas of approved applications from the output of the register 61 is supplied to one input of the adder 63, the other input of which is connected to the outputs of the counter 62. Given that this moment of approved applications has not yet been, the counter 62 will be zero.

In addition, the clock pulse from the output of the delay element 64 zadereev what is element 65 at the time of entering code in the register 61, and then is supplied to the clock input of the adder 63, locking in the latest code base address of the memory areas of approved applications.

The generated code base address through the outlet 68 is thrown to the input 120 of the block 7 and then through the elements 109 OR group is supplied to the information input of the register 105.

The same clock pulse from the output of the element 65 is delayed element 66 during operation of the adder 63, and is supplied to the counting input of the counter 62, the locking counter in the number of approved applications for the auction. The counter through the outlet 69 is issued to the input 82 of the device 5.

In addition, the clock pulse from the output of the delay element 66 is issued at output 70 and enters through the inlet 125 of the block 7 and the elements 110, 111 OR the word clock input of the register 105, the locking code base address.

Output register 105 unit 7 code base address is issued on the address output 30 of the system.

In addition, the same pulse reading, passing the element 110 OR delay element 114 at the time of entry code address register 105, and then passes through the elements 108 AND 113 OR to the output 32 of the system. Element 108 And will be opened on the second input, since it enjoyed a high potential with inverted output trigger.

The output signal 32 at the input of the first interrupt server system database (not shown), the server goes to the subroutine sapacitabine substantial part of the application of this Customer trading at the new address, formed at the output 30 of the system.

The device 10 is designed for implementing system functions to transfer the documentation of approved applications mode approved mode application at work after the date of the beginning of registration of participants for participation in the contest.

With this in mind, the system runs the functional problem of sequential read requests in the zone memory database of approved applications, starting from the base address. As a result of performing this task in the register 2 is sequentially recorded a substantial part of the applications coming from the entrance 16 and are recorded in the register 2 clock pulses from input 21.

Initiated the start of this functional problem is the device 5 systems running, usually at night.

To solve this task to the input 80 of the device 5 from the entrance 23 of the system receives the signal from the timer, fixing the alternation of day and night, for example, at 00 hours 00 minutes 00 seconds.

This signal is firstly fed to the input of a fixed memory constant memory (ROM) 71 that stores the base address of the first cell zone server memory allocated for storing documentation of approved applications, and reads it to the information input of the counter 72.

Secondly, the same pulse input 80 is delayed element of the om 78 on the time code read from the ROM 71 and is supplied to the clock input of the counter 72, locking in the latest base address of the first memory zone of the server memory allocated for the storage of documentation of approved applications.

The code base address of the memory areas of approved applications from the output of counter 72 is supplied to the output 83 of the device 5 and then fed to the information input unit 121 7. Input 121 unit 7 read the code base address through the elements 109 OR group is supplied to the information input of the register 105.

Thirdly, the same synchronizing pulse, passing the element 76 OR, is fed to the counting input of the counter 73, counting the number of scanned claims, which is fed to one input of the comparator 74, the other input 82 which is constantly applied from the output 69 of the counter 62 device 4 number of approved applications.

Fourth, the same synchronizing pulse from the output element 76 OR delayed by element 79 delay time counter 73 and is supplied to the clock input of the comparator 74.

The comparator 74 compares the readings mentioned counter and if the counter 73 is less than the number of approved applications, the output 84 of the comparator 74 is formed impulse, which, from the output 84 of the comparator 74 is held on the output device 5 and then through the inlet 126 and element 111 OR unit 7 is supplied to the clock input of the register 105 unit 7, locking in the register 105, the address of the memory locations in which the search is approved by the application.

In addition, the same clock pulse input 126 is delayed by element 115 at the time of entry code address register 105, and then passes through the element 112 OR the output 31 of the system.

The output signal 31 at the input of the second channel interrupt server system database (not shown), the server goes to the subroutine read the contents of a substantial part of the approved application from memory database server at the address specified at the output 30 of the system.

As a result of reading approved the application of its substantive portion of the input 17 of the system is supplied to the information input of the register 2 which contains a synchronizing pulse from the input 21.

For solving the problem of changing the status of the approved application of the substantive part of the code uses the date of commencement of registration of participants for participation in the tender (auction)contained in the appropriate field documentation for this application.

From the output of the respective bits of the register 2 of the mentioned date code enters through the inlet 161 of the device 10 to one input of the comparator 151, to the other input of which the input 18 constantly applied the code to the current date.

With the arrival of the clock pulse server to the input 21 of the system to report substantial part of the approved proposal in case 2 he also served on the input 162 of the device 10 and then the and the input element 156 delay. The sync pulse is delayed element 156 on the reception data register 2 and then supplied to the clock input of the comparator 151.

If the date contained in the application, less than the current date, then the output 163 of the comparator 151, a signal is generated which is fed to the counting input 81 of the device 5 and then to the counting input of the counter 72, forming the read address of the next request and the next signal is read in the manner described above.

If the date in the application coincided with the current date, then the output 166 of comparator 151, a signal is generated which is fed to the input of a fixed memory constant memory (ROM) 152, which stores the base address of the first cell zone server memory allocated for storage of the documentation of the applications that are in process, and reads the information on the input of the register 153.

Secondly, the same pulse from the output 166 of the comparator 151 is delayed element 157 to read time code from the ROM 152 and is supplied to the clock input of the register 153, locking in the latest base address of the first memory zone server memory allocated for storage of the documentation of the applications that are in process.

The code base address of the memory areas of applications are in operation, from the output of the register 153 is supplied to one input of adder 154, the other input of which is connected to the outputs of the counter 155.

In addition, the clock pulse from the output of the delay element 157 is delayed element 158 at the time of entering code in the register 153 and then supplied to the clock input of the adder 154, locking in the adder code base address of the memory areas of applications as the sum of the base address and the number of counter 155.

The generated code base address via exit 165 is issued to the input 122 of the block 7 and then through the elements 109 OR group is supplied to the information input of the register 105.

The same clock pulse from the output element 158 is delayed element 159 at the time of actuation of the adder 154 and, first, is supplied to the counting input of the counter 155, locking counter in the number of applications that are in process.

Secondly, the clock pulse from the output element 159 delays available at the output 164 of the device 10 and then enters through the inlet 127 unit 7 and the element 111 OR the word clock input of the register 105, the locking code base address.

In addition, the same pulse read from input 127 unit 7 is delayed by element 116 at the time of entry code address register 105, and then passes through the element 113 OR to the output 32 of the system.

The output signal 32 at the input of the first interrupt server database system, the server goes to the subroutine write the contents of a substantial part of the application of danovskaya trades at the address formed at the output 30 of the system.

Thus, in the zone of server memory allocated for the storage of application, in operation, will be collected documentation for all approved applications, in which the date of the beginning of registration of participants for participation in the tender (auction)contained in the appropriate field documentation on this application will coincide with the current time and date.

After application of the Customers received the status of "in progress", the users of the system, depending on their rights, will be able to send the customer a notification of the desire to participate in the contest.

Codogram notice contains the code of the application, put up for auction by the Customer, the name of the organization that wishes to participate in the contest, its legal form, the authorized capital and address, including email.

Codogram notification arrives on the information input 19 and further information on the input of the register 132 and is accompanied by a synchronization pulse received from the input 24 of the system clock input of the register 132.

After recording the contents of the notice in the register 132 device 9 the same synchronizing pulse input 24 to the input element 134 And that is open on the second input high potential with inverted output of the trigger 133. With the output element 134 And the clock pulse, in which erwich, fed to the input of a fixed memory constant memory (ROM) 130, which stores the base address of the first cell zone server memory allocated for storing notification of users, and reads it to the information input of the counter 131.

Secondly, the same pulse from the output element 134 And delayed element 137 to read time code from the ROM 130, and is supplied to the clock input of the counter 131, locking in the latest base address of the first memory zone server memory allocated for storing the received notification.

The code base address of the memory areas received notification user exit 140 device 9 through the inlet 123 and the elements 109 OR group of unit 7 is supplied to the information input of the register 105.

In addition, the clock pulse from the output of the delay element 137 passes element 136 OR delay element 138 at the time of entering the code in the counter 131 and through the output 141 of the device 9 and the input 128 of the block 7 passes element 111 OR and is supplied to the clock input of the register 105, locking in the latest code base address notifications to users.

Simultaneously, the same clock pulse input 128 is delayed by element 118 at the time of entry code address register 105, and then passes to the output 33 of the system.

The output signal 33 of the system at the input of the Tr is the new channel interrupt server system database (not shown), the server passes to the subroutine write the contents of a substantial part of the notification from the output 139 of the device 9 through the elements 12 OR group, and the system output 37 at the address indicated at the output 30 of the system.

Thus, receive notification of users about the bidding.

In addition, the same clock pulse from the output element 137 delay is fed to a single input trigger 133, turning it into a single state in which the element 134 And will be closed and the element 135 And opened. Thereby preparing the circuit for the passage of the next clock pulse input 24 upon receipt of the next notice now through the element 135 And at the counting input of the counter 131, which will form the next address record received notification from another user.

After receiving another notice on the application server runs the functional task the decision on notification. The status notification may be the following: "in consideration", "accepted" and "rejected".

If the Client agrees on the part of the organization that sent the notification, the competition is the status change notification "accepted" by sending a corresponding message to the applicant.

In case of refusal, the application server loads the form of refusal, its causes, and Minnesota is sent to the user, sent the notification.

Upon expiration of the term of submission of proposals to the competition all approved applicants will be sent notification of bidding, and on the application server runs the functional task of determining the winner of the competition, which compares the proposed users of the terms of the transaction, and selects one of the applications that are in process, whose proposals are most advantageous for the Customer.

Thus, the introduction of new units will significantly improve system performance by eliminating data retrieval application is not bidding on the entire amount of data the database server.

Sources of information

1. U.S. patent No. 5455947 And, 03.10. 95.

2. U.S. patent No. 5713014 And 27.01.98 (prototype).

Management system electronic document management information and marketing centre, containing the first register, the information input of which is the first information input system clock input is the second synchronizing input of the system, one output of the first register is connected to the input of the decoder, and the other is connected to one input elements OR groups, the outputs of which are information system output, the second register, the information input of which is the second information input system clock input t is aetsa second clock input system, and the output is connected with the information input unit switching channels of data output, control input of which is connected to the respective outputs of the decoder, the clock input is connected to the second clock input of the system, and outputs the switching unit channels of data output are the outputs of the system group, the unit set the operation mode, the information input which is the third information input of the system, the first clock input of the specified block is connected to the first clock input system, the second clock input of the specified block is the third synchronizing input of the system, and the first output unit set the operation mode is connected with the control input signal control reading and writing of data, information the output of which is the address of the system output, and clock outputs of the block are synchronizing system outputs, characterized in that it contains a device identification of the base address customers ' trades, information input connected to the first output of the first register, a clock input connected to the second output unit set the operation mode, the first output of the specified device connected to the first information input unit generating control signals by reading and recording the Yu data and a second output connected to the first clock input signal control reading and writing of data, the device identification of the base address of the approved applications, the clock input connected to the third output unit set the operation mode, the installation log is an installation entry system, first information specified output device connected to the second information input unit generating control signals read and write data, and synchronizing the output of the specified device connected to the second clock input signal control reading and writing of data, the device modifying the base address of approved applications information the input of which is connected with the second information output device identification base address approved proposals, the first clock input of the specified device is the fourth synchronizing input of the system, the first output of the specified device is connected with the third information input unit generating control signals read and write data, and the second output of the specified device is connected to the third clock input signal control reading and writing of data, the device identification database is the first address of bids one data input connected to the output of the second register, the other information input is the fourth information input system clock input the specified device connected to the second clock input of the system, the information specified output device is connected with the fourth information input unit generating control signals read and write data, one clock output specified devices are connected to the fourth clock input signal control reading and writing data, and the other connected to the second clock input of device modification the base address of the approved application, and the authentication device base address notification user information input which is the fifth information input system clock input is the fifth synchronizing input of the system, installation input is connected to the set input of the system, one information specified output device connected to another input element OR group, other information output connected to the fifth information input unit generating control signals read and write data, and synchronizing the output of the specified device is connected with the fifth clock input block is and the generation of control signals by reading and writing data.