مطالب

This study aims to analyze the factors associated with motivation and attitude towards English learning through the application of structural equation modeling (SEM). A quantitative, ex post fact, cross-sectional and explanatory study was carried out on 1202 university students. Eight motivational factors were examined, namely: Motivational Intensity (MI), Attitude towards Learning English (ATLL), Integrative Orientation (IntO), Instrumental Orientation (InsO), Interest Towards Foreign Languages (ITFL), Evaluation of English Teaching (EET), Desire to Learn English (DLE), Evaluation of the English Course (EEC). The multiple regressions showed that EET, DLE, InsO, and EEC are predictors of the MI. It was found that DLE, InsO, and EEC are predictors of ATLL. The SEM showed a weak positive influence of InsO on DLE, ITFL, EET, EEC, MI and ATLL. IntO had a weak positive impact on DLE, EET, EEC, and ITFL. There was a weak positive impact of DLE on ITFL, ATLL and MI, and it had a strong effect on EEC. Finally, EET had a weak positive effect on MI, whereas EEC had a weak positive impact on ATTL and MI. This research provided information that serves to understand the factors affecting the intensity of motivation and attitude in L2 learning

A developed financial system, which ensures the provision, allocation, and direction of resources toward productive economic sectors, is one of the key drivers of economic growth and development. On the other hand, given the low efficiency of various economic, productive, and social sectors, attention to total factor productivity (TFP) is fundamental for global competitiveness. Given resource constraints in the economy, improving this factor can enhance investment, optimize resource allocation, prioritize productive sectors, reduce costs, improve product quality, and increase value added in economic sectors. Accordingly, the present study aims to investigate the impact of credit on total factor productivity and the growth of value added in Iran’s economic sectors using the Panel ARDL approach and quarterly time series data from 2012Q1 to 2024Q4 (Persian calendar). The results indicate that real credit, real exchange rates, and real capital formation in machinery have a positive and direct impact on the growth of value added and total factor productivity in economic sectors. Specifically, credit in the industrial sector and exchange rates in the service sector exert the greatest influence on TFP and the growth of value added. Additionally, capital formation in machinery in the agricultural sector has the most significant impact on total factor productivity.

 Objective: The present study aimed to investigate the effectiveness of music therapy on behavioral problems in children with high-functioning autism spectrum disorder.Methods: The research method of this study was quasi-experimental using a pre-test-post-test design with a control group. The statistical population of the study included high-functioning children with autism spectrum disorder in special schools and counseling centers of Bandar Anzali city during the academic year 2023-2024. A total of 30 individuals were selected using purposive sampling and randomly assigned to two groups: experimental (15 individuals) and control (15 individuals). The Achenbach Child Behavior Checklist (CBCL) was used for both groups. The experimental group received ten 45-minute sessions of music therapy intervention, while the control group received no intervention. After the completion of the therapy sessions, the questionnaire was administered again to both groups. Data were analyzed using analysis of covariance (ANCOVA) statistical method with SPSS-27 software at a significance level of p < 0.05.Results: The results showed that music therapy is effective in improving behavioral problems of high-functioning children with autism spectrum disorder (p < 0.05).Conclusion: Therefore, it can be concluded that music therapy can be used to improve behavioral problems of high-functioning children with autism spectrum disorder in schools or rehabilitation centers.

In this study, a customer experience management (CEM) model in omnichannel banking is provided. This is an applied study in terms of objectives and mixed exploratory in terms of nature. In the qualitative section, thematic analysis is used, and in the quantitative section, the survey is used through structural equation modeling (SEM). The statistical population includes senior and expert managers of Bank Day with at least 10 years of banking experience in the qualitative phase and 100 customers of Bank Day in Tehran in the quantitative phase. According to the results, the customer experience in omnichannel banking can be improved through 23 organizing themes of integrity in providing services, continuous allocation and receipt of services in complementary channels, integrated service quality, saving customer resources, customer motivation, developing bank strategy based on customer needs and information, recognizing and meeting customer needs in omnichannels, understanding the principles of customer-oriented marketing, planning and management coordination in omnichannels, planning for the promotion of customer experience culture, management of coding, classifying, documenting, and updating customer data in omnichannels, managing diverse, hybrid, and unique services, comprehensive management of customer data in omnichannels, the correct design of omnichannel implementation processes, integrated service distribution management in the network, using new customer data management methods, upgrading and updating systems, managing the operational and legal risks of systems, providing regular, systematic, and functional reports in channels, improving access indicators, improving productivity indicators of omnichannel services, and improving satisfaction indicators

This paper presents a mathematical model for cell formation, cell layout, and resources assignment problems simultaneously. This model focuses on the influence of the man-machine relationship aspect on the cellular manufacturing system (CMS) design. The main purpose of the model is to demonstrate how to design the CMS with the new aspect such that the costs associated with processing, layout, worker, and machine idle time, machine and tool are minimized. The proposed model is applied to a numerical example using Lingo software. Due to the complexity of the presented model, a genetic algorithm (GA) is employed to find satisfactory solutions. To verify the solutions, a harmony search (HS) algorithm is used. Additionally, the Taguchi method is utilized to adjust the parameters in two proposed algorithms. Finally, to validate the model, some numerical examples are presented. Results emanating from the research show that the proposed HS algorithm is a favorable method for the presented model.