Multilayer databases for optimal structuring of ecological information (specifically for indicators of electromagnetic radiation in the environment)

Abstract

A characteristic feature of modern society is a rapid growth of the information amount, the increasing requirements for its accuracy and timeliness. Traditional methods of storing, retrieving and processing information no longer meet modern needs. Paper technology has actually exhausted its capabilities to improve methods of working with information. This requires faster and more efficient methods. In the process of studying the information related to the impact of man-made objects on the environment or with changes that occur in the environment for certain reasons, there is a great inconvenience of optimizing both the information structuring entered into the existing database and the data that need to be processed to establish dependencies or demonstrated in the form of logical visualization. In particular, it is problematic to work with information that involves communication and a large number of factors or elements. An example of such issues is the formation of a database and further work with information on electromagnetic pollution. These factors have led to the creation of a universal database that would provide maximum optimization for working with information that is closely related to multifactorial. Taking into account the fact that the problem of electromagnetic effects on the components of the environment is becoming more relevant every day due to the unrestrained technological process, the authors decided to consider the information package from the data on EM pollution. After analysing the existing types and structures of databases, it was possible to identify the main positive and negative features of the models. Based on the in-depth analysis and the desire to create an effective model of information structuring, the authors could present a new version of multilayer databases for efficient processing of large amounts of data

Keywords

• databases
• structural element
• information accumulation
• electromagnetic research
• clusters
• database architecture