For the solution of a given multicriterial problem, the algorithm of revealing the main criterion from the row of proper criteria and those governed variables, which provide its relative optimization, is developed and substantiated. The algorithm switches to the search of relative extremum of another criterion, and then and only then, when the priorities to criteria change (i. e. theudinitial conditions of a problem). The numerical solutions of the problem are demonstrated on the example of the search for optimal governed variables in the problem of optimization of a technology of plasma-arc spraying.
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机译：为了解决给定的多准则问题，开发并证实了从适当准则的行中揭示主要准则和那些受控变量（提供其相对优化）的算法。该算法切换到另一准则的相对极值的搜索，然后仅在准则的优先级改变时（即，问题的 u | dinitial条件）才搜索。在等离子弧喷涂技术优化问题中寻找最佳控制变量的实例证明了该问题的数值解。
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