:   .., ..
:  
:  75
:   ,
:  2018
:   .., .. // . 75. .: , 2018. .170-206. URL: https://doi.org/10.25728/ubs.2018.75.8
:  , , , , , ,
(.):  conception, principle, idea, system, technology, project, risk
:   , , . , - . , , . ( ) ( ). , . . . , . , . .
(.):  The work presents key concepts of conceptual design, that are formulated in terms of set theory, vector analysis and general systems theory. The conception is understood as the combination of several principles that form the information-logical model of an artificial object. The principles are intentional convolutions of related information, the vectors of which are defined by ideas, and the content is defined by the components of the system. The concepts of the exosystem (the model of interaction with the environment) and the endosystem (the model of an separate object) are highlighted. Unity of the model is created by an active functional system, which in a documented form creates a project. The diversity of principles is expanded by the introduction of the principle of "form" along with the principles of action and structure of the object. The realizability of the object is provided by the technologies. The process of conceptual design is presented as a sequential activity aimed at eliminating uncertainties, which are caused by the complex nature of project information with an imaginary component. The proposed theory allows to manage the conceptual project, relying on the laws of mathematical logic. Formalized through this design decisions are strictly justified.

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