جستجوی مقالات مرتبط با کلیدواژه « هم آفرینی » در نشریات گروه « صنایع »

The use of IoT in the banking industry leads to the provision of various banking products and services to customers. New digital innovations, including the Internet of Things, have also created a competitive market for banks, and banks need to adapt their practices accordingly. Therefore, in the present study, value creation with IoT technology was investigated in Sepah Bank. For this purpose, the statistical population of this research includes 130 employees of all departments of the information technology department of Sepah Bank. Using Morgan table, the number of statistical samples of this research was 86 people. For inferential analysis of data obtained from standard questionnaires, based on Balaji & Roy research (2017), the correlation method based on structural equation modeling with partial least squares approach and SPSS and SmartPLS software were used. The results of the study showed that the perceived excellent performance had a positive and significant effect on the shared value creation and the intention to continue receiving services from the Internet of Things, as well as the perceived aesthetic demand on the perceived value creation and excellent performance of The Internet of Things and the intention to continue receiving services and the intention to verbally advertise has had a positive and significant effect, as well as the intention to continue receiving services has a positive effect on the intention to verbally advertise customers, but perceived ease of use and perceived existence do not have a positive effect on perceived shared value creation.

The use of IoT in the banking industry leads to the provision of various banking products and services to customers. New digital innovations, including the Internet of Things, have also created a competitive market for banks, and banks need to adapt their practices accordingly. Therefore, in the present study, value creation with IoT technology was investigated in Sepah Bank. For this purpose, the statistical population of this research includes 130 employees of all departments of the information technology department of Sepah Bank. Using Morgan table, the number of statistical samples of this research was 86 people. For inferential analysis of data obtained from standard questionnaires, based on Balaji & Roy research (2017), the correlation method based on structural equation modeling with partial least squares approach and SPSS and SmartPLS software were used. The results of the study showed that the perceived excellent performance had a positive and significant effect on the shared value creation and the intention to continue receiving services from the Internet of Things, as well as the perceived aesthetic demand on the perceived value creation and excellent performance of The Internet of Things and the intention to continue receiving services and the intention to verbally advertise has had a positive and significant effect, as well as the intention to continue receiving services has a positive effect on the intention to verbally advertise customers, but perceived ease of use and perceived existence do not have a positive effect on perceived shared value creation.

In the open innovation system, in addition to ideas within the organization, organizations can also benefit from ideas outside the organization. In this way, the boundaries between organizations and their external environments become more permeable, and if appropriate policies are developed for the development of open innovation, it will be possible to take advantage of the facilities of other organizations in an appropriate way. This research have been reviewed texts and articles and researches related to open innovation and policy issues in open innovation. Requirements for open innovation policy in Iran regarding open innovation policy in the field of research and technology development, open innovation policy In the field of networking and interactions of open innovation ecosystem, open innovation policy in the field of entrepreneurship, open innovation policy in the field of science, open innovation policy in co-creation in universities, open innovation policy in the field of labor market, Competitive Open Innovation Policy-Making Provides International Open Innovation Policy-Making.

Understanding and application of science and technology play a vital role in societies success. Incremental importance of science and technology as the base of development in all dimensions – lasting development- has paid special status to the general understanding contexts and discussions such as science and technology philosophy، futurism، and management of science and technology. Besides facing challenges and respecting global rules، effective players of the world competition scene try to improve their status through defeating all those hardships and turn every opportunity to competitive advantages. Science and technology policy making is a guide and supervisory tool to assure accomplishment of science and technology targets، and through such achievements it would enable the society and our organizations to access competitive advantages، and finally would provide the power of wealth creation and overall development. Without science and technology policy making، development would be a difficult task and even might be devastating. This paper intends to express the essential، logical and fundamental relationship of science and technology policy making at national level. Also such policy making is applied to national development strategies، necessities، and approaches to dynamism and progressive toward creation of wealth.

In this article discussion how is to create the Cooperative network among knowledge-based companies to get best rivalry. With a pyramid model describes the Cooperative Network relation such as management, technology and economical conditions. Each company or proficiency set on one face of pyramid, and relation in network simulated with pyramids sides. This model has some profits in work distribution and covers all of the dimensions of the project. We used principles of geometric and simulation for pyramid model.