Multi-purpose Selectonovation of Alternative Variants of Technological Decisions in Building

The main methodological principles of multi-purpose selectonovation are discussed in the paper. These principles are applied to the development of methods for multi-purpose evaluation of alternative technological desicions in building. A common algorithm and two evaluation criteria are suggested: the relative concession criterion and the criterion of proximity to an ideal point. The values of criteria having been estimated, the rows of alternative variant priorities for the definite years of future period are arranged.

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