In 2019, InGraph LTD, a British company, embarked on a transformative journey by launching the InGraph IT Platform. The primary objective of this project was to redefine the assessment criteria for scientific activity, moving beyond traditional citation indicators to establish a more objective and transparent evaluation process. Departing from the conventional "science for science" model, InGraph aimed to usher in a new era of "science for human welfare."
Read more: Revolutionizing Scientific Evaluation: InGraph LTD's "Science for Human Welfare" Model
The object of research is distributed information systems to support science.
The aim of research is to development of queries using the Z39.50 protocol in distributed information systems to support science.
The object of research is intelligent decision support systems
The aim of research is to improving the speed with which information is processed
Main scientific results imply the following: this example showed an increase in data processing efficiency at the level of 11–15 % using additional advanced procedures.
The object of research is technology of fatty acids production from soapstock with the use of sulfuric acid decomposition.
The aim of research is to dependence of the yield and the neutralization number of fatty acids on the soapstock treatment.
The object of research is professional development of teachers by means of the open educational environment.
The aim of this work is analyze the pedagogical literature on the use of an open educational environment.
The object of research is fire retardant paints for wood on a mineral (geopolymer) basis.
The aim of this work is to study the fire-retardant properties of wood paints on alkaline aluminosilicate.
The object of research is radio communication devices.
The aim of research is to Increase noise immunity.
The object of research
Technology for constructing mathematical models of functioning systems in the form of regression equations.
The radio monitoring of radiation and interference with electronic means is characterized by the issue related to the structural-parametric a priori uncertainty about the type and parameters of the ensemble of signals by radio-emitting sources. Given this, it is a relevant task to devise a technique for the mathematical notation of signals in order to implement their processing, overcoming their a priori uncertainty in terms of form and parameters.
Read more: PERSPECTIVE SCIENTIFIC DEVELOPMENTS: A GENERALIZATION OF THE SAMPLING THEOREM TO THE...