“…Measures (1,2) can be used to estimate indicators of other properties, which characterize various aspects of the system change quality. Other measures used and examples of other properties estimation, such as dynamic capability, organizational capability, IT capability indicators estimation, can be found at [21][22][23][24][25].…”
The article considers system capability (or – system potential) estimation regarding different kinds of information operations use. Information operations classification suggested. System capability is introduced in the article as property to research teleological (goal- and effects-related) aspects of information technology. Such aspects are studied analytically, with predictive and prescriptive mathematical models and methods. Researchers can apply system capability to dynamic capability, organizational capability investigation regarding information technology, learning technology, and innovation technologies use. Example of system capability estimation considered.
“…Measures (1,2) can be used to estimate indicators of other properties, which characterize various aspects of the system change quality. Other measures used and examples of other properties estimation, such as dynamic capability, organizational capability, IT capability indicators estimation, can be found at [21][22][23][24][25].…”
The article considers system capability (or – system potential) estimation regarding different kinds of information operations use. Information operations classification suggested. System capability is introduced in the article as property to research teleological (goal- and effects-related) aspects of information technology. Such aspects are studied analytically, with predictive and prescriptive mathematical models and methods. Researchers can apply system capability to dynamic capability, organizational capability investigation regarding information technology, learning technology, and innovation technologies use. Example of system capability estimation considered.
“…The aim of the presented research is to suggest concepts for developing mathematical models of information use for system of technological and organizational nature 34 , such as production systems, organizational and socio-technical systems. Such models, based on already suggested concepts, models and methods [35][36][37] should allow to close the gap stated. They can be based on probabilistic activity models, networks of actions models, project models.…”
The article provides a summary of existing concepts and methods for estimating the quality of information use in solving various problems. It is noted that there is a lack of mathematical models and frameworks to explain the measures of information quantity, quality, and information use in relation to human activity outcomes. The aim of the presented research is to suggest concepts and diagrammatic models for developing mathematical models of information use for technological and organizational systems, based on probabilistic activity models. The method of modeling suggested uses the concept of complex state and modeling of their transitions, including details about the possible elementary states and substates of the system, as well as the cause-and-effect relationships between those states and any measures that apply to them. The proposed diagrammatic models aim to close the gap between existing concepts and formalized actionable mathematical models and methods that can be used for discrete and organizational systems in the real world. The concepts of actionable knowledge and information value are highlighted as important concepts in today's knowledge-based economy, where organizations and individuals seek to gain a competitive advantage through the effective use of information and knowledge.
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