UA127019U - AUTOMATED SOFTWARE-COMPLEX COMPLEX OF INTERACTIVE ANALYSIS OF PERFORMANCE OF TARGET ACTIONS - Google Patents

Abstract

A method for interactively analyzing the execution of target actions for a hardware-based CPA model involves the following steps, sequentially arranged, namely the first step by which a system command (CCM) is formed with a list of defined criteria by an electronic control unit for the process of web site redirection, of the hardware-software complex, and transmit the generated system command (CCM) to the electronic hardware-aggregation control unit of the web-hardware of the hardware-software complex. At the same time, the list of defined criteria of the specified pre-system command include direct access link (P1), and in the second step after receiving the system command (CCM) from the electronic control unit of the process of redirection of web traffic convert the direct access link (P1) using the electronic control unit aggregating web traffic to a transit link (P2) with the function of transmitting conversion information via an electronic control unit of the web traffic redirection process and fixing the link (P2), and to a third th stage fix referenced (P2); in the fourth step, they proceed to the (P2) link to the web traffic aggregation software and hardware.

Description

The useful model belongs to the field of communication and communication services, namely to the methods of performing operations by automated software and hardware complexes for interactive analysis of the performance of targeted actions on the Internet and is characterized by significantly new features and significant advantages compared to known means.

There are a large number of communication methods at present, with the help of which it is possible to attract target users. For example: Service of automatic messages - SMS distribution;

Automatic sending of e-mail messages; Sending messages based on certain criteria.

The patent of Ukraine Mo 117154 for the utility model "Method of automated analysis of the criteria for fulfilling the conditions of system commands using server equipment and the function of autonomously sending the final system command to the client identification module" is known, published on June 12, 2017. The method of automated analysis of the criteria for fulfilling the conditions of system commands using server equipment and the function of autonomously sending the final system command to the client identification module is performed sequentially in time in several stages, according to which: at the first stage, using special software pre-installed on the server equipment (551 ) connect a mobile device with an integrated circuit (CI) to a client identification module (C2), which differs in that, at the second stage, an analysis of the criteria for fulfilling the conditions of system commands is carried out, in which at the beginning of a predetermined calculation period, the use of a mobile device with an integrated scheme (C1), as a result of which the server 51 receives an incoming system command Tp, at the third stage, with the help of special pre-installed software using special macros (552), the server 51 performs an analysis of all incoming system commands Tp and sends to the server 52 an information message about the fulfillment of the conditions of system commands (Ж) or an information message about the non-fulfillment of the conditions of system commands I(-), at the fourth stage, the server 52 sends a service command (50) taking into account the received information message about the fulfillment of the conditions of system commands from the server 51 (g) or I(-3), by sending a special system command (50), which leads to the physical consumption by the server of sending outgoing network traffic in the size of 140 bytes (n) to the client identification module

Zo (C2) according to the result of the information message received from the server 51, namely - 5, and if according to the result of the information message received from the server 51, namely - (-), the server 52 does not send the service command (50), while the analysis of criteria for fulfilling the conditions of system commands is carried out from the beginning of the next predetermined settlement period in the same sequence.

The disadvantage of the known method is that messages are sent to all clients, which entails aimless sending of messages and increases the use of system traffic due to the large size of messages.

The basis of the proposed useful model is the task of creating a method of interactive analysis of the performance of targeted actions based on a software-hardware complex that includes server equipment, in which, due to changing the sequence of actions of the web traffic redirection process using server equipment and the software-hardware component installed on it electronic means of information storage with the function of serving web traffic, the autonomous formation and sending of the final system command for the target action of users is achieved, while simultaneously reducing the amount of system traffic required to perform the target action.

The task set as the basis of the proposed useful model is solved by creating a method of interactive analysis of the performance of target actions for the CRA model based on a software-hardware complex, which includes the following stages located sequentially in time, namely the first stage, which forms a system team with a criterion (SCC ) with a list of defined criteria using the electronic control unit of the web traffic redirection process of the software and hardware complex, and transmit the formed system command (SCC) to the electronic control unit of the aggregation of web traffic of the software and hardware complex, in which, according to the useful model, to the list of defined criteria of the previously specified system command includes a direct access link (P1), and at the second stage, after receiving the system command from the web traffic redirection process control unit, the direct access link (P1) is converted using the web traffic aggregation control unit to a transit link ( P2) with functions by transmitting information about the conversion through the web traffic redirection process control unit and fixing the link (P2) with the function of transmitting information about the conversion using an electronic complex of hardware playback, and at the third stage fixing the specified link (P2) on at least one electronic complex of hardware playback developer; at the fourth stage, they perform a transition via the link (P2) to the software and hardware complex of web traffic aggregation using a tool for entering user commands on a web page or web application, after which they form and send an automatic service command (SC) with a list of defined criteria for execution or non-execution or partial execution of a system command with a criterion (SCC) to a hardware and software component of an electronic information storage facility with a web traffic service function, and the size of the service command (SC) is in the range from 20 to 300 bytes.

The essence of the proposed automated method of automated interactive analysis of the performance of target actions based on the software and hardware complex is explained by the presented drawing, which depicts the sequence diagram of the proposed method of interactive analysis of the performance of target actions, according to the useful model.

The elements of the useful model are marked with the following numerical positions: 1 - electronic control unit for the web traffic redirection process (control unit

Advertisement); 2 - electronic web traffic aggregation control unit (Aggregator control unit);

C - system command with criteria (SCC); 4 - electronic hardware reproduction complex of the developer; 5 - transit link (P2) with the function of transmitting information about the conversion; 6 - means of entering user commands; 7 - service team (SC).

The minimum and maximum size of the service command (SC) is from 20 to 300 bytes.

Requirements for the electronic web traffic aggregation control unit:

Type of processor: IPI Heop E5-2630 (4 cores);

Processor memory: 32 GB ESS MM OBIMM BOKZ 1600 MHz (478 GB);

Processor cache: 15 MB;

Hard disk: 2,550 disks, 1 TB in size each;

Communication channel: a dedicated line with a bandwidth of 1 Gb/s.

A method of interactive analysis of the performance of target actions for the CPA model using

The software and hardware complex, including server equipment, is performed sequentially in time in several stages as follows. At the first stage, a system team (SCC) is formed with a list of defined criteria (3) with the help of an electronic control unit for the web traffic redirection process of the hardware and software complex (1). At the same time, the list of defined criteria of the SCC system command (3) includes a direct access link (P1).

The formed system command of the SCC (3) is transferred to the electronic control unit for the aggregation of web traffic of the hardware and software complex (2). At the second stage, after receiving the SCC system command (3) from the web traffic redirection electronic control unit (1), the direct access link (P1) is converted using the web traffic aggregation electronic control unit (2) to a transit link (P2) with the function transmission of information about the conversion (5) through the electronic control unit of the web traffic redirection process (1) and fix the link (P2) with the function of transmission of information about the conversion (5) using an electronic complex of hardware reproduction. At the third stage, the specified reference P2 (5) is fixed on at least one electronic hardware reproduction complex of the developer (4). At the fourth stage, the link (P2) is transferred to the software-hardware complex of web traffic aggregation using the means of entering user commands (b) on a web page or web application. After that, they form and send an automatic service command SC (7) with a list of defined criteria for execution or non-execution, or partial execution of the system command with the criterion SCK (3) to the software and hardware component of the electronic information storage device with the function of serving web traffic (server equipment ). The size of the SC service command (7) is in the range from 20 to 300 bytes.

The method described above can be implemented using a system based on PHP framework 7epa version 1.6, this framework implements the MMO model (Moavie!-Mivm/-

SopygoPeg). Auxiliary modules, such as a click tracker, construction and output of statistics, manual writing. Structurally, this system contains several blocks:

Front - the part (the front side of the web page that every user sees);

Administrator's personal office;

Advertiser's personal account;

Personal office of the developer. for Examples of SC service commands (7):

- Geiashv"2 "tezzade""sottenpi ehiviv, sopmegviop ip repaip aigeadu") 0 - uashv":2,"tezzade""sopmegviop ehiviv") (72 bytes) - Z"viaishv":2,"tevzzade" "Miv5zipd tapaaogu ragateg!eg siiskia") (63 bytes) - g eashv"2, "ptezzade""sottepi ehivi5, sopmegviop ip repaiipu aigeadu") (268 bytes).

Thus, in the proposed useful model, precisely by changing the sequence of actions of the web traffic redirection process using server equipment and the software and hardware component of the electronic information storage device with the web traffic service function installed on it, the basic task of creating a method of interactive analysis is solved implementation of targeted actions for the SRA model based on the hardware and software complex.

Sources of used information: 1. Patent of Ukraine Mo 117154 "Method of automated analysis of the criteria for fulfilling the conditions of system commands using server equipment and the function of autonomously sending the final system command to the client identification module", published on 12.06.2017.

Claims (1)

USEFUL MODEL FORMULA A method of interactive analysis of the performance of target actions for the SRA model based on a software-hardware complex, which includes the following stages, located sequentially in time, namely the first stage, which forms a system team (SCC) with a list of defined criteria using an electronic unit management of the web traffic redirection process of the software-hardware complex, and transmit the formed system command (SCC) to the electronic control unit for the aggregation of web traffic of the software-hardware complex, which is distinguished by the fact that the list of defined criteria of the previously specified system command includes a direct access link ( P1), and at the second stage, after receiving the system command (SCC) from the electronic control unit for the web traffic redirection process, the direct access link (PI) is converted using the electronic web traffic aggregation control unit to a transit link (P2) with the function of transmitting information about conversion through electronic y Zo control block of the web traffic redirection process and fix the link (P2) with the function of transmitting information about the conversion using the electronic complex of hardware reproduction, and at the third stage fix the specified link (P2) on at least one electronic complex of hardware reproduction of the developer; at the fourth stage, they perform a transition via the link (P2) to the software and hardware complex of web traffic aggregation using a tool for entering user commands on a web page or web application, after which they form and send an automatic service command (SC) with a list of defined criteria for execution or non-execution or partial execution of a system command with a criterion (SCC) to a software and hardware component of an electronic information storage device with the function of serving web traffic, and the size of the service command (SC) is in the range from 20 to 300 bytes. Seeding of fev user commands and snncotttnkm y a Е i 4 K tsi tt t t t t t t t t t t t t t t t t t t t t t t t - and forwarding web KO" and 5 hardware playback of traffic! z. SCC and (developer Ma I pa ! sk Zh blo management and and not I aggregation is nothing: i | web traffic uch m 7 | pi M h ! Her , 2 in cy | on I U iy day pa Z yuyuyuyuyuyuchkzhyu yuyuyuyuyuyuuchkzhyu yus kkkkk hi kkkkkkkkkkkk