National Open Innovation Systems: an Evaluation Methodology

Kudryavtseva, Svetlana S.; Shinkevich, Alexey I.; Shvetsov, Mikhail Y.; Bordonskaya, Lidiya A.; Gorlachev, Valery P.; Persidskaya, Aleksandra E.; Schepkina, Neile K.

doi:10.5539/jsd.v8n6p270

Cited by 4 publications

(4 citation statements)

References 0 publications

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…Nowadays, the manufacturing companies need to cooperate to improve efficiency; the proposed method is suitable to promote the cooperation among enterprises to allocate power and reduce the energy costs. In this context, the use of the open innovation models helps the enterprises to use the emerging technologies to improve energy and resource efficiency of industrial production [34,35].…”

Section: Literature Reviewmentioning

confidence: 99%

Peak Electricity Demand Control of Manufacturing Systems by Gale-Shapley Algorithm with Discussion on Open Innovation Engineering

Renna

2020

Journal of Open Innovation: Technology, Market, and Complexity

View full text Add to dashboard Cite

The peak power of the manufacturing systems can increase electricity costs and reduce the use of renewable energy suppliers. The power of the machining processes depends on the processing time of the operations. Then, the allocation of the power to the machines of a manufacturing system controls the processing time of the manufacturing operations. An efficient allocation model can reduce the peak power, keeping the throughput performance level. This paper proposes a game theory to allocate the power to the machines including the dependence of the processing time from the power allocated. The game model uses the Gale-Shapley algorithm that forms couples of under and overloaded machines. Then, each couple exchanges the power from the underloaded to overloaded machines. The model considers the global workload and the jobs in queue for each machine. A simulation model tests the proposed method compared to a benchmark where each machine works with fixed power. The simulation results show how the model can improve the performance of the manufacturing system in several conditions tested. In particular, the main benefits can be obtained when the manufacturing system has high or medium utilization or the uncertainty affects the processing time.

show abstract

Section: Literature Reviewmentioning

confidence: 99%

Peak Electricity Demand Control of Manufacturing Systems by Gale-Shapley Algorithm with Discussion on Open Innovation Engineering

Renna

2020

Journal of Open Innovation: Technology, Market, and Complexity

View full text Add to dashboard Cite

show abstract

“…The problems of administrative and technological innovations implementation are reflected in numerous works of researchers, for example, the effect of random change on innovation activities (Chen and Adamson, 2015), the use of innovation to overcome the crisis of organizations (McKinley et al, 2014), radical innovation (Alexander and Knippenberg, 2014), innovation in the knowledge economy (Cano-Kollmann et al, 2016), social responsibility of innovation-related activities (Un, 2016), innovative behaviour of project team leaders in companies (Kang et al, 2015), the influence of strategic partnerships on the innovation outcomes (Zheng and Yang, 2015), modelling innovation activities in different types of economic systems (Reznikov et al, 2016), open national innovation systems (Kudryavtseva et al, 2015). Despite sufficient coverage of the aspects associated with the innovations in the industrial complex and their social responsibility, in our opinion, not enough attention has been paid to the specifics of the use of open innovations within the framework of the resource and energy-saving technologies systems that would allow us to consider the technological process of production not as a separate element of production, but as a certain link in the supply chain of final products.…”

Section: Literature Reviewmentioning

confidence: 99%

Assessment of the Efficiency of Energy and Resource-Saving Technologies in Open Innovation and Production Systems

Jalal¹,

Allalaq²,

Shinkevich³

et al. 2019

IJEEP

Self Cite

View full text Add to dashboard Cite

The relevance of this work is determined by the fact that the issues of energy-and resource-saving technologies implementation in open production and economic systems have not been fully addressed yet and require further study and systematization of the determining factors, which is especially important on the back of the transition to a new technological pattern and the use of the emerging technological opportunity windows. The solution of the problems mentioned will reveal new opportunities for qualitative and quantitative growth of production systems by improving the innovation targeting in the field of resource saving and energy efficiency. The purpose of the article is to identify the functional dependence between the industrial production index (IPI) and the indicators describing the energy-and resource-saving system in the industrial complex in order to improve the efficiency of energy-and resource-saving technologies in open innovation and production systems. The main research methods underlying the article include the method of description used to identify trends in the use of energy-and resource-saving technologies across the globe, the correlation analysis method used to identify the strength of the relationship between the IPI and indicators of the energy-and resource-saving system in production, and the regression analysis method used to build a regression model of the dependence between the resource-saving system and production indicators. The article touches upon the aspects of improving the energy-and resource-saving system efficiency in the framework of the innovation model in the field of production. The multidirectional nature of trends in the industrial production and the use of energy-and resource-saving technologies in the industry of developing countries is revealed; the functional relationship between the use of waste in industrial enterprises and shipped industrial products on the example of developing countries is proved. The materials of the article can be used in the development of strategies and programs aimed to improve the energy-and resource-saving system efficiency in petrochemical companies of developing countries, taking into account the emerging technological opportunity windows and technology readiness of the production for innovative transformations.

show abstract

“…Задача поддержания инновационной направленности развития России сопряжена с необходимостью модернизации российской промышленности, освоением новых технологий и производством инновационной продукции, что, в свою очередь, требует вовлечения в промышленность человеческих ресурсов, способных к новаторской деятельности [1]. Соответственно, подготовка современного выпускника невозможна без внедрения новых форм и содержания реализации образовательных программ, направленных на формирование таких компетенций, которые учитывают потребности рынка труда, запросы предприятий, специфичные требования работодателя к профессиональной деятельности.…”

unclassified

Model of Formation of Graduates Professional Competencies in the Conditions of Integration of the University With Industry Enterprises

Khayrullina,

Nasretdinova,

Nasretdinov

2023

СНТ (MHT)

View full text Add to dashboard Cite

Обоснована актуальность формирования профессиональных компетенций выпускника с учетом запросов рынка труда и потребностей потенциальных работодателей: как научных, так и производственных предприятий отрасли. Охарактеризованы возможности интегративного партнерства между вузом и предприятиями в рамках законодательно утвержденной сетевой формы реализации образовательных программ. Выявлены теоретические и модельные представления о формировании профессиональных компетенций. Представлен практический опыт интеграции «вуз -отраслевое предприятие» и его влияние на целенаправленное развитие компетенций. Разработана модель формирования профессиональных компетенций выпускника на примере конкретной образовательной программы при трансформации ее в программу сетевой интеграции кафедр образовательного учреждения и отраслевых научных и производственных компаний. Содержательное и структурное представление модели выполнено на основе логики формирования конкретных профессиональных компетенций выпускника и их декомпозиции в партнерстве с научными и производственными организациями. Отмечено, что предложенная модель формирования значимых для рынка труда компетенций требует привлечения партнерами в сетевую программу уникальных ресурсов. Предложенная модель интеграции образования, науки и производства через исследовательские и проектные работы способствует формированию готовности выпускников к решению практико-ориентированных задач.

show abstract

National Open Innovation Systems: an Evaluation Methodology

Cited by 4 publications

References 0 publications

Peak Electricity Demand Control of Manufacturing Systems by Gale-Shapley Algorithm with Discussion on Open Innovation Engineering

Peak Electricity Demand Control of Manufacturing Systems by Gale-Shapley Algorithm with Discussion on Open Innovation Engineering

Assessment of the Efficiency of Energy and Resource-Saving Technologies in Open Innovation and Production Systems

Model of Formation of Graduates Professional Competencies in the Conditions of Integration of the University With Industry Enterprises

Contact Info

Product

Resources

About