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Ivanov V.K., Palyukh B.V., Sotnikov A.N.
Additive Criterion to Evaluate Object Innovation Journal Article
In: Lobachevskii Journal of Mathematics, vol. 42, no. 11, pp. 2537-2544, 2021.
Abstract | Links | BibTeX | Altmetric | Метки: additive criterion, additive independence, demand, implementability, innovation, innovation index, novelty, partial criterion, utility function
@article{nokey,
title = {Additive Criterion to Evaluate Object Innovation},
author = {Ivanov V.K. and Palyukh B.V. and Sotnikov A.N.},
url = {https://disk.yandex.ru/i/IYx85tDFDWH6ZA
https://link.springer.com/10.1134/S1995080221110111},
doi = {10.1134/S1995080221110111},
year = {2021},
date = {2021-12-31},
urldate = {2021-12-31},
journal = {Lobachevskii Journal of Mathematics},
volume = {42},
number = {11},
pages = {2537-2544},
abstract = {The article discusses some aspects of the object descriptions having significant innovation potential. The procedure for selecting such descriptions consists of two consecutive phases. The first phase involves generating effective search queries with a special genetic algorithm. In the second phase, the model developed determines the likely innovativeness of the object. Meanwhile the values of additive selection criteria are calculated. In the latter case, the criterion is the index of innovativeness. The purpose of the article is to justify the additive criterion applicability for calculating the value of the object innovativeness. The article describes general conditions of applying additive evaluation criteria and shows how these conditions are met in the case in question. The analysis of the partial criteria gives grounds to assert their additive independence and, therefore, the correct use of additive n-dimensional utility function. Some additional reasons for applying additive criterion are also given. In general, the article proposes a unified approach to generating global assessment criteria and the relevance of their unified formal structure is shown. Note that earlier the authors proposed a similar approach to the fitness function formation of the genetic algorithm used. Despite the different physical meaning and purpose of the criteria, their relevance to common formal structure is proved.
Ivanov, V.K., Palyukh, B.V. & Sotnikov, A.N. Additive Criterion to Evaluate Object Innovation. Lobachevskii J Math 42, 2537–2544 (2021). https://doi.org/10.1134/S1995080221110111 (WoS, Scopus)},
keywords = {additive criterion, additive independence, demand, implementability, innovation, innovation index, novelty, partial criterion, utility function},
pubstate = {published},
tppubtype = {article}
}
The article discusses some aspects of the object descriptions having significant innovation potential. The procedure for selecting such descriptions consists of two consecutive phases. The first phase involves generating effective search queries with a special genetic algorithm. In the second phase, the model developed determines the likely innovativeness of the object. Meanwhile the values of additive selection criteria are calculated. In the latter case, the criterion is the index of innovativeness. The purpose of the article is to justify the additive criterion applicability for calculating the value of the object innovativeness. The article describes general conditions of applying additive evaluation criteria and shows how these conditions are met in the case in question. The analysis of the partial criteria gives grounds to assert their additive independence and, therefore, the correct use of additive n-dimensional utility function. Some additional reasons for applying additive criterion are also given. In general, the article proposes a unified approach to generating global assessment criteria and the relevance of their unified formal structure is shown. Note that earlier the authors proposed a similar approach to the fitness function formation of the genetic algorithm used. Despite the different physical meaning and purpose of the criteria, their relevance to common formal structure is proved.
Ivanov, V.K., Palyukh, B.V. & Sotnikov, A.N. Additive Criterion to Evaluate Object Innovation. Lobachevskii J Math 42, 2537–2544 (2021). https://doi.org/10.1134/S1995080221110111 (WoS, Scopus)
Ivanov, V.K., Palyukh, B.V. & Sotnikov, A.N. Additive Criterion to Evaluate Object Innovation. Lobachevskii J Math 42, 2537–2544 (2021). https://doi.org/10.1134/S1995080221110111 (WoS, Scopus)
Иванов В.К.
Экспериментальное обоснование критериев количественной оценки инновационности объекта Proceedings Article
In: Единое цифровое пространство научных знаний: проблемы и решения: сборник научных трудов, pp. 423-438, Москва; Берлин: Директ-Медиа, 2021, ISBN: 978-54-4991-905-2.
Abstract | Links | BibTeX | Метки: additive criterion, data warehouse, innovation, innovation index, search query, utility function, аддитивный критерий, инновационность, поисковый запрос, функция полезности, хранилище данных
@inproceedings{V.K.Ivanov15,
title = {Экспериментальное обоснование критериев количественной оценки инновационности объекта},
author = {Иванов В.К.},
url = {https://disk.yandex.ru/i/44q944J6XsaXZA},
isbn = {978-54-4991-905-2},
year = {2021},
date = {2021-03-30},
urldate = {2021-03-30},
booktitle = {Единое цифровое пространство научных знаний: проблемы и решения: сборник научных трудов},
pages = {423-438},
publisher = {Москва; Берлин: Директ-Медиа},
abstract = {Представлены результаты экспериментов, подтверждающие основные идеи предлагаемого подхода к определению инновационности объектов. Этот подход основан на предположении об адекватности отображения жизненного цикла продуктов, описания которых размещены в различных хранилищах данных. Предложенная формальная модель позволяет вычислить количественное значение аддитивного оценочного критерия инновационности объектов. Критерий включает в себя показатели новизны, востребованности и имплементируемости продуктов и/или технологий. Их значения вычисляются на основе данных об объектах и частотных характеристик доступа к ним, взятых в ретроспективе. Представленные данные экспериментов дают возможность оценить корректность принятого подхода. Так, получены сходные тренды изменения показателей для различных объектов, нормирующих функций и источников данных. Отмечена цикличность изменения показателей в течение значимого периода. Это является отражением типичной ситуации падения спроса после достижения его максимума, следствием чего может быть улучшение конструкции, технологии использования, эксплуатационных характеристик объекта. Эксперименты показали совпадение оценки объектов с помощью вычисленных показателей с экспертными оценками тех же объектов. Использование многих источников информации об объектах для сбора исходных данных позволяет получить более адекватные значения. Предлагаемое использование таких методов, как теория свидетельств, дает возможность обоснованно выполнить комбинирование отличающихся результатов.
Experimental Justification of the Object Innovativeness Quantitative Evaluation Criteria
The paper presents the results of the experiments that were conducted to confirm the main ideas of the proposed approach to determining the objects innovativeness. This approach assumed that the product life cycle of whose descriptions are placed in different data warehouses is adequate. The proposed formal model allows us to calculate the quantitative value of the additive evaluation criterion of objects innovativeness. The criterion includes indicators of novelty, demand, and implementability of products or technologies. Their values are calculated based on data about objects and frequency characteristics of access to them taken retrospectively. The obtained experimental data make it possible to evaluate the adopted approach correctness. Thus, similar trends of changes in indicators for various objects, normalizing functions, and data sources were obtained. The cyclical nature of indicators values over a significant period is noted. This reflects a typical situation when falling demand after reaching its maximum, and then may result in an improvement in the design, technology of use, and operational characteristics of the object. Experiments have shown that evaluating objects using calculated indicators coincide with expert estimates of the same objects. Using many sources of information about objects to collect source data allows you to get more adequate values. The proposed use of evidence theory makes it possible to combine different results more reasonably.},
keywords = {additive criterion, data warehouse, innovation, innovation index, search query, utility function, аддитивный критерий, инновационность, поисковый запрос, функция полезности, хранилище данных},
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Представлены результаты экспериментов, подтверждающие основные идеи предлагаемого подхода к определению инновационности объектов. Этот подход основан на предположении об адекватности отображения жизненного цикла продуктов, описания которых размещены в различных хранилищах данных. Предложенная формальная модель позволяет вычислить количественное значение аддитивного оценочного критерия инновационности объектов. Критерий включает в себя показатели новизны, востребованности и имплементируемости продуктов и/или технологий. Их значения вычисляются на основе данных об объектах и частотных характеристик доступа к ним, взятых в ретроспективе. Представленные данные экспериментов дают возможность оценить корректность принятого подхода. Так, получены сходные тренды изменения показателей для различных объектов, нормирующих функций и источников данных. Отмечена цикличность изменения показателей в течение значимого периода. Это является отражением типичной ситуации падения спроса после достижения его максимума, следствием чего может быть улучшение конструкции, технологии использования, эксплуатационных характеристик объекта. Эксперименты показали совпадение оценки объектов с помощью вычисленных показателей с экспертными оценками тех же объектов. Использование многих источников информации об объектах для сбора исходных данных позволяет получить более адекватные значения. Предлагаемое использование таких методов, как теория свидетельств, дает возможность обоснованно выполнить комбинирование отличающихся результатов.
Experimental Justification of the Object Innovativeness Quantitative Evaluation Criteria
The paper presents the results of the experiments that were conducted to confirm the main ideas of the proposed approach to determining the objects innovativeness. This approach assumed that the product life cycle of whose descriptions are placed in different data warehouses is adequate. The proposed formal model allows us to calculate the quantitative value of the additive evaluation criterion of objects innovativeness. The criterion includes indicators of novelty, demand, and implementability of products or technologies. Their values are calculated based on data about objects and frequency characteristics of access to them taken retrospectively. The obtained experimental data make it possible to evaluate the adopted approach correctness. Thus, similar trends of changes in indicators for various objects, normalizing functions, and data sources were obtained. The cyclical nature of indicators values over a significant period is noted. This reflects a typical situation when falling demand after reaching its maximum, and then may result in an improvement in the design, technology of use, and operational characteristics of the object. Experiments have shown that evaluating objects using calculated indicators coincide with expert estimates of the same objects. Using many sources of information about objects to collect source data allows you to get more adequate values. The proposed use of evidence theory makes it possible to combine different results more reasonably.
Experimental Justification of the Object Innovativeness Quantitative Evaluation Criteria
The paper presents the results of the experiments that were conducted to confirm the main ideas of the proposed approach to determining the objects innovativeness. This approach assumed that the product life cycle of whose descriptions are placed in different data warehouses is adequate. The proposed formal model allows us to calculate the quantitative value of the additive evaluation criterion of objects innovativeness. The criterion includes indicators of novelty, demand, and implementability of products or technologies. Their values are calculated based on data about objects and frequency characteristics of access to them taken retrospectively. The obtained experimental data make it possible to evaluate the adopted approach correctness. Thus, similar trends of changes in indicators for various objects, normalizing functions, and data sources were obtained. The cyclical nature of indicators values over a significant period is noted. This reflects a typical situation when falling demand after reaching its maximum, and then may result in an improvement in the design, technology of use, and operational characteristics of the object. Experiments have shown that evaluating objects using calculated indicators coincide with expert estimates of the same objects. Using many sources of information about objects to collect source data allows you to get more adequate values. The proposed use of evidence theory makes it possible to combine different results more reasonably.
Иванов В.К.
Экспериментальная проверка модели оценки инновационности объекта Journal Article
In: Вестник Тверского государственного технического университета. Серия «Технические науки», vol. 8, no. 4, pp. 54-63, 2020.
Abstract | Links | BibTeX | Метки: additive criterion, data warehouse, innovation, innovation index, search query, utility function, аддитивный критерий, инновационность, поисковый запрос, функция полезности, хранилище данных
@article{V.K.Ivanov11,
title = {Экспериментальная проверка модели оценки инновационности объекта},
author = {Иванов В.К.},
url = {https://disk.yandex.ru/i/dLU-ISv_EMMz8w},
year = {2020},
date = {2020-11-30},
urldate = {2020-11-30},
journal = {Вестник Тверского государственного технического университета. Серия «Технические науки»},
volume = {8},
number = {4},
pages = {54-63},
publisher = {ТвГТУ},
abstract = {В статье рассматривается подход к количественной оценке инновационности продуктов и технологий. Результаты такой оценки могут быть использованы при создании хранилища данных для описаний объектов со значительным инновационным потенциалом. Модель расчета индекса инноваций основана на понятиях новизны, актуальности и имплементируемости объекта. Даны формальные определения этих показателей и описана методика их расчета. Используются нечеткие методы для обработки (неполной) информации из многочисленных источников и для получения вероятностных оценок инноваций. Представлены экспериментальные данные проверки модели, в том числе расчеты локальных критериев и глобального аддитивного оценочного критерия. Установлены цикличность динамических изменений показателей, их взаимозависимость, некоторые общие особенности продвижения продуктов. Полученные экспериментальные данные согласуются с экспертными оценками исследуемых продуктов. Анализ локальных критериев, использованных в исследовании, дает основание утверждать о правильном использовании аддитивной n-мерной функции полезности. Адекватность предположений и формальных выражений, которые используются в вычислительных алгоритмах отбора информации для размещения в хранилище данных, подтверждается.
Experimental check of model of object innovation evaluation
The article discusses the approach for evaluating the innovation index of the products and technologies. The evaluation results can be used to create a warehouse of the object descriptions with significant innovation potential. The model of innovation index computation is based on the concepts of novelty, relevance, and implementability of the object. Formal definitions of these indicators are given and a methodology for their calculation are described. The fuzzy methods to coprocess (incomplete) data from numerous sources and to obtain probabilistic innovation assessments are used. The experimental data of the model check including the calculations of local criteria and global additive evaluation criterion are presented. The cyclical nature of dynamic changes in indicators, their interdependence was established, some general features of the products promotion were found. The obtained experimental data are consistent with expert estimates of the products under study. The analysis of the local criteria used in the research gives grounds to assert the correct use of the additive ndimensional utility function. The adequacy of assumptions and formal expressions that are used in computational algorithms for selection information for data warehouse is confirmed. },
keywords = {additive criterion, data warehouse, innovation, innovation index, search query, utility function, аддитивный критерий, инновационность, поисковый запрос, функция полезности, хранилище данных},
pubstate = {published},
tppubtype = {article}
}
В статье рассматривается подход к количественной оценке инновационности продуктов и технологий. Результаты такой оценки могут быть использованы при создании хранилища данных для описаний объектов со значительным инновационным потенциалом. Модель расчета индекса инноваций основана на понятиях новизны, актуальности и имплементируемости объекта. Даны формальные определения этих показателей и описана методика их расчета. Используются нечеткие методы для обработки (неполной) информации из многочисленных источников и для получения вероятностных оценок инноваций. Представлены экспериментальные данные проверки модели, в том числе расчеты локальных критериев и глобального аддитивного оценочного критерия. Установлены цикличность динамических изменений показателей, их взаимозависимость, некоторые общие особенности продвижения продуктов. Полученные экспериментальные данные согласуются с экспертными оценками исследуемых продуктов. Анализ локальных критериев, использованных в исследовании, дает основание утверждать о правильном использовании аддитивной n-мерной функции полезности. Адекватность предположений и формальных выражений, которые используются в вычислительных алгоритмах отбора информации для размещения в хранилище данных, подтверждается.
Experimental check of model of object innovation evaluation
The article discusses the approach for evaluating the innovation index of the products and technologies. The evaluation results can be used to create a warehouse of the object descriptions with significant innovation potential. The model of innovation index computation is based on the concepts of novelty, relevance, and implementability of the object. Formal definitions of these indicators are given and a methodology for their calculation are described. The fuzzy methods to coprocess (incomplete) data from numerous sources and to obtain probabilistic innovation assessments are used. The experimental data of the model check including the calculations of local criteria and global additive evaluation criterion are presented. The cyclical nature of dynamic changes in indicators, their interdependence was established, some general features of the products promotion were found. The obtained experimental data are consistent with expert estimates of the products under study. The analysis of the local criteria used in the research gives grounds to assert the correct use of the additive ndimensional utility function. The adequacy of assumptions and formal expressions that are used in computational algorithms for selection information for data warehouse is confirmed.
Experimental check of model of object innovation evaluation
The article discusses the approach for evaluating the innovation index of the products and technologies. The evaluation results can be used to create a warehouse of the object descriptions with significant innovation potential. The model of innovation index computation is based on the concepts of novelty, relevance, and implementability of the object. Formal definitions of these indicators are given and a methodology for their calculation are described. The fuzzy methods to coprocess (incomplete) data from numerous sources and to obtain probabilistic innovation assessments are used. The experimental data of the model check including the calculations of local criteria and global additive evaluation criterion are presented. The cyclical nature of dynamic changes in indicators, their interdependence was established, some general features of the products promotion were found. The obtained experimental data are consistent with expert estimates of the products under study. The analysis of the local criteria used in the research gives grounds to assert the correct use of the additive ndimensional utility function. The adequacy of assumptions and formal expressions that are used in computational algorithms for selection information for data warehouse is confirmed.
Ivanov V.K., Palyukh B.V., Sotnikov A.N.
Additive Criteria to Evaluate Relevance of Innovative Objects in Data Warehouse Journal Article
In: Lobachevskii Journal of Mathematics, vol. 41, no. 12, pp. 2535–2541, 2020, ISSN: 1995-0802.
Abstract | Links | BibTeX | Altmetric | Метки: additive criterion, additive independence, data warehouse, genetic algorithm, innovation, innovation index, partial criterion, search query, utility function
@article{V.K.Ivanov12,
title = {Additive Criteria to Evaluate Relevance of Innovative Objects in Data Warehouse},
author = {Ivanov V.K. and Palyukh B.V. and Sotnikov A.N.},
url = {https://disk.yandex.ru/i/atOSEIgY7P6F_Q},
doi = {10.1134/S199508022012015X },
issn = {1995-0802},
year = {2020},
date = {2020-11-30},
urldate = {2020-11-30},
journal = {Lobachevskii Journal of Mathematics},
volume = {41},
number = {12},
pages = {2535–2541},
abstract = {The article discusses some aspects of warehousing object descriptions having significant innovation potential. The procedure for selecting such descriptions consists of two consecutive phases. The first phase involves generating effective search queries with a special genetic algorithm (GAP). In the second phase, the model developed determines the index of innovativeness of an object archetype. Meanwhile the values of additive selection criteria are calculated. In the former case, the criterion is a fitness function of GAP. In the latter case, the criterion is the index of innovativeness. The purpose of the article is to justify the additive criterion applicability for calculating the value of the GAP fitness function. The article describes general conditions of applying additive evaluation criteria and shows how these conditions are met for the GAP fitness function. The analysis of the partial criteria gives grounds to assert their additive independence and, therefore, the correct use of additive n-dimensional utility function. Some additional reasons for applying additive criterion are also given. In general, the article proposes a unified approach to generating global assessment criteria and the relevance of unified formal structure is shown. The models presented in the article are used to develop adequate computational algorithms for the developed data warehouse support system. },
keywords = {additive criterion, additive independence, data warehouse, genetic algorithm, innovation, innovation index, partial criterion, search query, utility function},
pubstate = {published},
tppubtype = {article}
}
The article discusses some aspects of warehousing object descriptions having significant innovation potential. The procedure for selecting such descriptions consists of two consecutive phases. The first phase involves generating effective search queries with a special genetic algorithm (GAP). In the second phase, the model developed determines the index of innovativeness of an object archetype. Meanwhile the values of additive selection criteria are calculated. In the former case, the criterion is a fitness function of GAP. In the latter case, the criterion is the index of innovativeness. The purpose of the article is to justify the additive criterion applicability for calculating the value of the GAP fitness function. The article describes general conditions of applying additive evaluation criteria and shows how these conditions are met for the GAP fitness function. The analysis of the partial criteria gives grounds to assert their additive independence and, therefore, the correct use of additive n-dimensional utility function. Some additional reasons for applying additive criterion are also given. In general, the article proposes a unified approach to generating global assessment criteria and the relevance of unified formal structure is shown. The models presented in the article are used to develop adequate computational algorithms for the developed data warehouse support system.
Иванов В.К.
Некоторые результаты экспериментальной проверки модели количественной оценки инновационности объекта Journal Article
In: Информация и инновации, vol. 15, no. 3, pp. 27–36, 2020.
Abstract | Links | BibTeX | Altmetric | Метки: additive criterion, data warehouse, innovation, innovation index, search query, utility function, аддитивный критерий, инновационность, поисковый запрос, функция полезности, хранилище данных
@article{V.K.Ivanov14,
title = {Некоторые результаты экспериментальной проверки модели количественной оценки инновационности объекта},
author = {Иванов В.К. },
url = {https://disk.yandex.ru/i/49fIoBECHvb0DA},
doi = {10.31432/1994-2443-2020-15-3-27-36},
year = {2020},
date = {2020-00-01},
urldate = {2020-00-01},
journal = {Информация и инновации},
volume = {15},
number = {3},
pages = {27–36},
abstract = {В статье представлены результаты экспериментов, которые были проведены для подтверждения основных идей предлагаемого подхода к определению инновационности объектов. Этот подход основан на предположении об адекватности отображения жизненного цикла продуктов, описания которых размещены в различных хранилищах данных. Предложенная формальная модель позволяет вычислить количественное значение аддитивного оценочного критерия инновационности объектов. Полученные данные экспериментов дают возможность оценить корректность принятого подхода.
Some Results of Experimental Check of The Model of the Object Innovativeness Quantitative Evaluation
The paper presents the results of the experiments that were conducted to confirm the main ideas of the proposed approach to determining the objects innovativeness. This approach assumed that the product life cycle of whose descriptions are placed in different data warehouses is adequate. The proposed formal model allows us to calculate the quantitative value of the additive evaluation criterion of objects innovativeness. The obtained experimental data make it possible to evaluate the adopted approach correctness.},
keywords = {additive criterion, data warehouse, innovation, innovation index, search query, utility function, аддитивный критерий, инновационность, поисковый запрос, функция полезности, хранилище данных},
pubstate = {published},
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В статье представлены результаты экспериментов, которые были проведены для подтверждения основных идей предлагаемого подхода к определению инновационности объектов. Этот подход основан на предположении об адекватности отображения жизненного цикла продуктов, описания которых размещены в различных хранилищах данных. Предложенная формальная модель позволяет вычислить количественное значение аддитивного оценочного критерия инновационности объектов. Полученные данные экспериментов дают возможность оценить корректность принятого подхода.
Some Results of Experimental Check of The Model of the Object Innovativeness Quantitative Evaluation
The paper presents the results of the experiments that were conducted to confirm the main ideas of the proposed approach to determining the objects innovativeness. This approach assumed that the product life cycle of whose descriptions are placed in different data warehouses is adequate. The proposed formal model allows us to calculate the quantitative value of the additive evaluation criterion of objects innovativeness. The obtained experimental data make it possible to evaluate the adopted approach correctness.
Some Results of Experimental Check of The Model of the Object Innovativeness Quantitative Evaluation
The paper presents the results of the experiments that were conducted to confirm the main ideas of the proposed approach to determining the objects innovativeness. This approach assumed that the product life cycle of whose descriptions are placed in different data warehouses is adequate. The proposed formal model allows us to calculate the quantitative value of the additive evaluation criterion of objects innovativeness. The obtained experimental data make it possible to evaluate the adopted approach correctness.