Improvement of informational technologies in ecology

doi:10.1051/e3sconf/202015901008

Paper

Improvement of informational technologies in ecology

Published Mar 1, 2020 · Elmira Baimukhanbetova, Darkhan O. Onaltayev, G. Daumova

E3S Web of Conferences

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Abstract

A powerful force in the development of modern society is the intensive global spread of information and communication technologies that help to collect, store, analyze and distribute information.Today, there is a clear need for a broadapplications of computer technologies in various fields human activities, and in particular in the protection of the environment. The most important areas are geographic information systems and associated modeling of natural resources, technological processes, as well as data preparation, processing and analyze systems. Currently, the rapid development of computer technology, the introduction of modern computer technologies opens up wide opportunities to achieve a qualitative leap in the level of efficiency of information and control systems in aerospace engineering, manufacturing, transport, economy, ecology, medicine and other areas based on the use of artificial intelligence principles, methods of self-organization and adaptation to changing conditions and goals of functioning, characteristics of the system and the external environment, uncontrolled environment.

Study Snapshot

Modern computer technologies can significantly improve the efficiency of information and control systems in various fields, including ecology, manufacturing, transport, economy, and medicine.

PopulationOlder adults (50-71 years)

Sample size24

MethodsObservational

OutcomesBody Mass Index projections

ResultsSocial networks mitigate obesity in older groups.

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Improvement of informational technologies in ecology

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References

Stringency of environmental regulations vs. global competitiveness: Empirical analysis

Countries' global competitiveness is influenced by the quality of institutions and the value assessment of environmental goods, regardless of environmental stringency.

Assessment of energy system management - the case study of Kazakhstan

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Graphic model for evaluating the competitiveness and eco-efficiency of eco-innovative projects

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Assessment of Investment Attractiveness of Projects on the Basis of Environmental Factors

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VIOLATION OF INFORMATION ECOLOGY IN MEDIA SPACE

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