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8. Systems Analysis of Decisions on the Algorithmic Support of Control Systems

Lecture



8.1. The purpose, composition, and structure of algorithmic support.
The concept of algorithmic support. The composition of algorithmic support. The structure of algorithmic support.
8.2. Algorithm flowcharts.
The concept of an algorithm. Basic algorithmic structures. Algorithm flowcharts. Algorithmic languages. The method of algorithmic modeling.
8.3. Mathematical modeling.
Formalization of the problem. The concept of a model. Types of models. Modeling. Mathematical modeling. Stages of mathematical modeling.
Requirements for mathematical models. Classification of mathematical models
in control problems.
8.4. Models and methods of information processing.
Models and methods of information processing. Groups of economic system models: algebraic, statistical, large-scale systems. Behavioral models.
The method of transaction analysis. The linear programming method.

Self-assessment questions

1. What is included in the mathematical support of an information system?
2. What is an algorithm? Describe its main structures.
3. What is an algorithm flowchart, and what is algorithmic language?
4. Describe the methods of algorithmic modeling.
5. What does the systems analysis of management processes consist of?

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Lectures and tutorial on "System analysis (systems philosophy, systems theory)"

Terms: System analysis (systems philosophy, systems theory)

Holistic System Technology Method Introduction
1.1. The subject, purpose, method of system technology
1.2. Postulates of the whole, integrity
1.3. Holistic system technology method
2. Systems
3. Technology
4. Models
5.1. Systems philosophy - the main provisions
5.2. Systems philosophy - the principle of integrity
5.3. system philosophy The law of integrity.
5.4. system philosophy The law of development of the whole
5.5.system philosophy Principles of development of the whole
5.6. Holism and systems philosophy.
5.7. Examples and possibilities of applying the system philosophy
Algorithm ordering graph systems. Ordinal function of the graph
Algorithms for determining complexes using path matrices on a graph
Algorithms for contour extraction for complexes of the graph
Structural - topological characteristics of systems. Structural redundancy
Negative and Positive Feedback in Electronics and Living Systems
The Drift Phenomenon in Systems Theory
Questions and tests on the topic: business analyst, systems analysis
1. Building System Models of Problem Situations
2. The Concept and Regularities of Systems Analysis
3. Methods of Systems Analysis
4. Systems Analysis of Organizations
5. Systems Analysis of the Functional Management Structure
6. Systems Analysis of Business Process Management
7. Systems Analysis of Information Support Decisions
8. Systems Analysis of Decisions on the Algorithmic Support of Control Systems
9. System Analysis of Decisions in Data Updating Processes
10. METHODS OF MANAGERIAL DECISION-MAKING, information support for decision-making processes
11. Resolving Uncertainties in Systems Analysis Problems and Multi-Factor Risk Analysis
12. Problems and Methods of Systems Analysis of Multi-Factor Risks
13. Systems Management of Complex Objects
14. Systems-Based Project Management
15. Standards for Documenting System Solutions
Laboratory Work 1. Creating a Mind Map
Laboratory Work 2: Creating a Model of an Enterprise's Organizational Structure in ARIS
Laboratory Work 3. Modeling Functions and Processes in the ARIS Tool System
Laboratory Work 4. Planning Project Work in MS Project
Lab 5. Resource Planning for Project Execution in MS Project
Lab 6. Estimating Project Cost in MS Project
Lab 7. Monitoring Project Execution in MS Project
Introduction to System Analysis
METHODS OF DATA REPRESENTATION AND PROCESSING, Classification of Measurement Scales, Data Uncertainty
SYSTEMS ANALYSIS OF TRANSPORT NETWORKS
System Identification
METHODS for Identifying Complex Systems
Risk-Aware Optimization of Systems
Methods and Approaches to Technological Forecasting in the Context of Scientific and Technological Progress
Lifespan of a System Depending on Its Type: The Lindy Effect
The Philosophy of System Destruction and Instability: From Order to Chaos
The Black Box in Systems Theory and Modeling
Grey Box Model
Causality
Emergence in Systems Theory and Systems Analysis