FIELD: data processing.
SUBSTANCE: invention relates to a system and a method for processing intelligent control model information. System comprises a hardware-software system (HSS), which provides the operation of a dynamic computer system for interrelated business processes in a single cloud computing interaction environment with a scalable architecture of network flows between its microcircuits and a single software, structured based on a given business model, built on input and output data for each microcircuit in the form of units under control of a hardware-software system, which includes analysis by means of an artificial neural network, and connected by data transmission channels to computers of system participants, characterized in that the HSS comprises a unit of input sources, which includes interfaces of portals of participants of the system of business processes and a database of actual (i) and expected monitoring points (j) for each component from a set of specific business processes included in this system; unit for describing the entire set of standard business processes, comprising a database of characteristics of each standard business process; a unit of a controlled system of a business process, which receives, from a unit for describing business processes included in this system, characteristics from the entire set of standard business processes or components thereof in monitoring points received from input sources, in which in the atomistic mode, the selected business processes monitoring points are selected to complete the assigned task, forming a controlled system of the business process; unit of output sources, which includes interfaces of portals of participants of the system of business processes and databases of achieved intermediate and/or expected characteristics of monitoring points after impact on monitoring points for each selected business process, and in aggregate included in the controlled system of the business process; intelligent control model unit, which includes an interactive automated information base (IAIB) of all characteristics of all selected business processes or their components, from which all the necessary initial and final control points of monitoring the controlled system of the business process are automatically selected based on given criteria and a unit for determining the required monitoring points with actual characteristics (UDRMP) for affecting the monitoring points of the monitored system of the business process, which must be acted upon (changed) to solve the set task in the monitored system of the business process, at that, the interactive automated information base (IAIB) unit contains: a unit for selection of initial and end points of monitoring (SIEPM), a unit of actual characteristics in the selected monitoring points (ACMP), obtained from input sources (UAC), unit of expected characteristics in selected monitoring points (ECMP), obtained from input sources (UOC), unit of cloud computing of life cycle (CCLC) of controlled system of business processes, equipped with special software, which converts characteristics obtained from units of SIEPM, ACMP and ECMP in selected monitoring points of controlled system of business processes into a comparable form, unit for selecting monitoring points (SMP) for solving a task in a controlled system of a business process, unit of analysis (comparison) of characteristics (AC) in comparable form of actual and expected (planned) characteristics in monitoring points before and after impact on system of business processes, at that, in the IAIB, each unit is connected via communication channels, at the input, the SMP unit is connected to a unit of input sources (Sin), an automated information base unit for a business process system (AIB), a Sout unit and an DRMP unit, at the output – with the SIEPM, VKTM, ECMP and CCLC unit, at the input, the OVHTs unit – with SIEPM, VKTM and ECMP, at the output – with the AC unit, the DRMP unit at the input – with the AC unit, at the output – with the unit of output sources (Sout), at the input the Sout unit is connected, at the output of the unit Sout – either with a reporting unit with formation of statistics, or with a CCLC unit.
EFFECT: implementation of a hardware-software system providing for the operation of a computer system and implementation of the information processing method.
38 cl, 24 dwg, 13 tbl
Title | Year | Author | Number |
---|---|---|---|
SMART ENTERPRISE MANAGEMENT SYSTEM | 2020 |
|
RU2746687C1 |
INTELLIGENT SPACE SYSTEM FOR PROJECT MANAGEMENT | 2018 |
|
RU2679541C1 |
ANALYTICAL DATA RETRIEVAL AND PROCESSING SYSTEM FOR MODELING RATIONAL COMPANY BUSINESS SYSTEM | 2000 |
|
RU2171498C1 |
INTELLIGENT TRAINING SYSTEM | 2006 |
|
RU2310237C1 |
METHOD AND SYSTEM FOR INFORMATION MODELING OF BUSINESS PROCESSES OF A LIFE CYCLE OF A PRODUCTION FACILITY | 2018 |
|
RU2686006C1 |
SYSTEM AND METHOD OF ADJUSTING PROCESS MODELS | 2016 |
|
RU2686820C2 |
INTELLIGENT SYSTEM KERNEL | 2011 |
|
RU2541911C2 |
MODEL BASED MANAGEMENT OF COMPUTER SYSTEMS AND DISTRIBUTED APPLICATIONS | 2004 |
|
RU2375744C2 |
INTELLIGENT CONTROL SYSTEM FOR CYBERTHREATS | 2019 |
|
RU2702269C1 |
METHOD FOR CONTROLLING A ROBOT FOR INTELLIGENT SPRAYING OF MULTIPLE MODELS OF VEHICLES | 2019 |
|
RU2758692C1 |
Authors
Dates
2025-01-14—Published
2024-03-12—Filed