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Mathematical model of genetic algorithm in implementation for scheduling tasks of complex technical objects during pre-production stages

Published in № 2(80) 27 april 2019 year
Rubric: Algorithmic efficiency
Authors: Semenov G., Keyno P.
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genetic algorithms, ERP-systems, technological design, production planning

The author:

Semenov G.

Degree:

PhD in Technique, Associate Professor, Moscow Aviation Institute (National Research University)

Location:

Moscow

All articles:

Mathematical model of genetic algorithm in implementation for scheduling tasks of complex technical objects during pre-production stages

The author:

Keyno P.

Degree:

PhD in Engineering, Senior Lecturer, Department no.316, Moscow Aviation Institute, Moscow

Location:

Moscow

All articles:

Automated development of dynamic websites by using declarative programming language

Design and implementation of a declarative web-interface modeling language interpreter on a high-performance distributed systems

Software architecture of synchronizer as part of declarative Web-application modeling language interpreter

Regular expression cardinality (size) calculation as optimality criterion in URL routing

Analytical and quantitative method of software quality evaluation for imperative and declarative programming of dynamic Web-applications

Using «Abstract factory» pattern in implementation of validation and data-transformation module of BlockSet interpreter software

Architecture development of internet-service for science conferences organizing with workflow automatization

Mathematical model of genetic algorithm in implementation for scheduling tasks of complex technical objects during pre-production stages

Permission system and its management organization in BlockSet project

On the issue of indexing file s

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