STRUCTURE OF THE PROJECT-ORIENTED ORGANIZATION ENERGY ENTROPY
Journal Title: Scientific Journal of Astana IT University - Year 2020, Vol 3, Issue 3
Abstract
This study presents the universal formalization of energy entropy for various organizations and its expression for project-oriented organizations. The energy entropy of organizations is determined by information entropy, total energy and the ratio of the achieved level of energy efficiency to the «ideal» level. Entropy is viewed as a measure of uncertainty in the information and organizational space. In the information space, it determines the measure of the missing information for making decisions. In the organizational space, entropy determines the level of entrepreneurial energy that is necessary for the successful operation of an organization in the implementation of projects and programs. The relationship between energy entropy and informational (structural) entropy of project-oriented organizations is established. It is determined that when adding a new project to the current totality, the organization must ensure a balance between the growth of uncertainty (information entropy) and energy efficiency. The method of «decomposition» of the total energy entropy of project-oriented organizations in the form of the sum of local energy entropies for projects is presented. The effect of adding a new project to the structure of a project-oriented organization on its integrated energy entropy is investigated. The presented results form a new look at the qualitative assessment of both a single project and the entire set of projects of a project-oriented organization.
Authors and Affiliations
S. Biloshchytska, A. Bondar, S. Bushuyev, N. Malaksiano
Keywords
Related Articles
- EP ID EP704406
- DOI 10.37943/AITU.2020.33.24.003
- Views 96
- Downloads 0
MATHEMATICAL SUPPORT OF THE INFORMATION SYSTEM FOR DECISION SUPPORT IN THE SPHERE OF HEALTHCARE
The relevance of the topic is that currently modern medical information systems are aimed at providing management, economic and in some cases medical practice in the collection and processing of anamnestic data, includ...
PROTEIN IDENTIFICATION USING SEQUENCE DATABASES
The bottom-up proteomics approach (also known as the shotgun approach), based on the digestion of proteins in peptides and their sequencing using tandem mass spectrometry (MS/MS), has become widespread. The identificat...
THE RATIONAL USE OF COMPUTING POWER IN MODERN TRENDS IN THE DEVELOPMENT OF ELECTRONICS
This article considers methods and ways of automating software optimization using additional programs and analyzing their algorithms and the principle of operation. Since against the background of the rapid growth of c...
Centralized collection and analysis of laboratory research results on COVID-19
This article describes the process of centralized collection of laboratory study results for COVID-19. Their further analysis using web service technology since the spread of COVID-19 has affected the economic and soci...
FUZZY INFERENCE SYSTEMS BASE ON POLYNOMIAL CONSEQUENTS OF FUZZY RULES
Various fuzzy inference systems that operate on the basis of polynomial consequents of fuzzy rules. As well as inference methods for such systems, in particular, Takagi-Sugeno fuzzy inference systems, their differences...