Do you want to publish a course? Click here

Diffusion of Innovation and Generalized Rational Models

انتشار الابتكار و النماذج العقلانية المعممة

628   0   1   0.0 ( 0 )
 Publication date 2018
  fields Mathematics
and research's language is العربية
 Created by Shamra Editor




Ask ChatGPT about the research

The purpose of this research is to develop and use two generalized Rational Models (GRM I, GRM II), each of which is a realizable mathematical model, not available with other models, and we will demonstrate its utility and applicability on a large scale, compared to other ( -shaped) models, and converging well.

References used
Professor of Marketing Science in the School of Manag. at the Univ. of Texas at Dallas , 2012
Mathematical modeling of diffusion processes, Barnaul: Almaty State University, 2013
Fundamentals of Innovation Management: Theory and Practice: A Training Manual, 2000
rate research

Read More

The volume of data being generated nowadays is increasing at phenomenal rate. Extracting useful knowledge from such data collections is an important and challenging issue. A promising technique is the rough set approach, a new mathematical method to data analysis based on classification of objects into similarity classes, which are indiscernible with respect to some features. This paper focuses on discovering maximal generalized decision rules in databases based on a simple or multiple regression, generalized theory, and decision matrix.
This study aimed to clarify the role of technological innovation in its dimensions (innovation in product, innovation in operations, innovation in research and development) in enhancing the competitive advantage of small enterprises. Their number is 2312 workers, where the researcher obtained this number through the records of workers in administrative affairs, in order to know the role of technological innovation in improving competitive advantage. The researcher adopted the descriptive analytical approach within the framework of explaining the role of technological innovation dimensions in enhancing the competitive advantage. A main hypothesis was formulated that included three sub hypotheses. The researcher used the questionnaire to collect the data that was analyzed by Statistical package for social sciences. SPSS(20). The study reached a set of results, from which correlation between technological innovation in its dimensions (innovation in product, innovation in operations, innovation in research and development) and the promotion of competitive advantage, which means a statistically significant relationship between Technological innovation and promotion of competitive advantage The study recommended the necessity of promoting the adoption of competitive advantage in the project by increasing mutual trust between the organization and customers, and the organizations having a large number of technological innovations to achieve customer satisfaction.
In this work, we have been obtained exact solutions for generalized Fitzhug-Nagumo equation with constant coefficients, by using the first integral method, and we have shown that this method is an efficient method to obtain exact solutions to this kind of nonlinear partial differential equations.
Information plays a key role in decision-making and in making marketing plans and strategies for companies. Marketing research is an important tool to help collect and develop information. This research addresses the role of marketing research in t he process of renewal and innovation. This research shows that there is a positive significant relationship between conducting marketing research and constantly offering new products, as well as the existence of a positive significant relationship between conducting marketing research and the development of existing products both technically and marketingwise.
In this work, we have found exact traveling wave solutions for generalized Fitzhug- Nagumo equation with arbitrary constant coefficients, by using the homogeneous balance method, The obtained results shows that these solutions changes with the spec ials solution of Ricati ODE with arbitrary constant coefficients , and shows that this method is simple, direct and very efficient for solving this kind of nonlinear PDEs, It can be applied to nonlinear PDEs which frequently arise in engineering sciences, mathematical physics and other scientific real-time applications fields.

suggested questions

comments
Fetching comments Fetching comments
Sign in to be able to follow your search criteria
mircosoft-partner

هل ترغب بارسال اشعارات عن اخر التحديثات في شمرا-اكاديميا