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This paper investigates the relationship between advertising and consumption with panel data at the industry level for some European countries. At the macroeconomic level, consumption can increase only if saving decreases. However, the competition effect of advertising is better captured at the industry level, which allows for interaction between firms. We explore possible relationships with a unique dataset of consumption and advertising spending in 27 sectors across 9 years for 5 European Union countries. Our results show that consumption has a significant in uence on advertising, but the reverse does not apply. Our findings also suggest that business stealing is the dominant effect of advertising relative to consumption increasing.

Objectives Schizophrenia (SZ) is the most chronic disabling psychotic brain disorder. It is characterized by delusions and auditory hallucinations, as well as impairments in memory. Schizoaffective (SA) signs are co-morbid with SZ and are characterized by symptoms of SZ and mood disorder. Various researches suggest that SZ and SA share a number of equally severe cognitive deficits, but the pathophysiology has not yet been addressed in a comprehensive way. In this work, the heterogeneity in whole brain, ventricle and cerebellum region from psychotic MR brain images is examined using Machine learning and radiomic features. Materials and methods T1 weighted MR brain images are obtained from Schizconnect database for the analysis. The shape prior level set method is used to segment the ventricle and cerebellum structures. The radiomic features which include shape and texture are extracted from these regions to discriminate the SZ and SA subjects. The performance of these features is evaluated with Binary Particle Swarm Optimization (BPSO) based Fuzzy Support Vector Machine (FSVM) classifier. Results The shape constrained Level Set method is able to better segment ventricles and cerebellum regions from the images. The significant features that are extracted from whole brain, ventricle and cerebellum are identified by the BPSO based FSVM. The combination of radiomic features extracted from cerebellum region achieved high classification accuracy (90.09%) using metaheuristic algorithm. The extracted features from cerebellum are correlated with PANSS score. The causal analysis shows that there is an association been the tissue texture variation in identifying the disease severity. The symmetry analysis shows that left brain mean area is larger than the right side area. In particular SA has low cerebellum area compared to SZ. The radiomic features such as Hermite, Laws and tensor extracted from the left cerebellum show a significant texture variation in all the considered subjects (p Conclusions The results are clinically relevant in discriminating the pattern change in the structure, hence this biomarker and frame work could be used for the severity study of psychotic disorders.

ملخص: تشکل الأسرة النواة الأساسية للنظام الاجتماعي, حيث تعتبر الخلية الأولى التي يستمد منها المجتمع بنياته واستمراريته ووجوده ومقوماته وطاقاته الإبداعية. حيث اهتمت جميع الشرائع والأديان السماوية بالأسرة وأهميتها ودورها في التنشئة الاجتماعية والحفاظ على الکيان الاجتماعي والإنساني, ونظرا الى الظروف والمشکلات التي يمر بها الشباب الجامعي واحتياجاتهم کان لابد من معرفة اسباب عدم توافق الشباب في السنه الاولى من الزواج وارتفاع معدلات الطلاق بصورة کبيرة فکان لابد من معرفة الواقع الذى يتکون علية النسق الاسرى ومدى استعداد هؤلاء الشباب الى تکوين اسرة ومعرفة الخبرات الحياتية التي يتعامل بها مع الطرف الاخر وصياغه برنامج مقترح من منظور خدمة الجماعة للتعامل معها . واذا کانت العائلة رکيزة المجتمع الاساسية فان وحدة العائلة المتجلية في الانسجام والتضامن بين أفرادها هي من اهم القيم الاساسية الاجتماعية وهذه القيمة تتجسد في اتفاق الزوجين على الاهتمامات الاساسية أي على المفاهيم العامة في الثقافة والحضارة والسياسة والدين وتربية الاولاد بهذا تکون الحياة الزوجية کما يجب ان تکون أي سعيا مشترکا لتحقيق نظرة واحدة الى الانسان والعالم. الکلمات الدالة: الثقافة الأسرية ، الشباب الجامعي ، المخاطر المستقبلية. Abstract The basic kernel of the social system which is the first cell that derives it is unity , continuity, existence , origins and creative energies. It has been imbued with the qualities and principles of the family , its literacy and its role in social entreaty and in the social and human entity . It is imperative to know the reality on which the captive pattern is formed and the extent of these youths willingness to form a family and knowledge of the life experiences with which the other side deals and formulate a proposed program from the group work perspective to deal with it . If we go into the concept of family disintegration between social and other values , culture must be defined. Culture defines values and motivates individuals to translate them into certain behavioral patterns . It is a collective human cultural product that has accumulated for several epochs and includes processes of intervention and interaction . it is the social frame work in which individuals live to practice certain behavioral patterns. Key words: Family culture, university youth, future risks.

Aims: Embedded system plays a vital role in today’s life. Hence, our interest is in areadelay- energy efficient embedded system design in post-CMOS technology, i.e., QCA. Objectives: The research is focused on efficient area-delay-energy Configurable Logic Block (CLB) design for Field-Programmable Gate Array architecture (FPGA) with successful simulation-based on next-generation technology, Quantum-dot cellular automata. Methods: Each proposed circuit is designed on post CMOS 4 dot 2 electron technology, i.e. QCA (Quantum dot Cellular Automata), is adopted in circuit implementation due to low power dissipation, high clock frequency and high package density. QCADesigner is used to verify the functionality of every circuit. QCAPro tool is used for determining power dissipation. Results: In contrast, a new approach of using de-multiplexer replacing the decoder has been introduced that results in the reduction of the average energy dissipation by almost 57%. A NOR based D flip-flop memory architecture and multiplexer are also used in the lookup table for the configurable logic block. The proposed architecture thus reduces the overall latency. The proposed CLB consists of 6356 QCA cells covering 7.44 um2 area. Write and read latency of proposed CLB are 12 and 7.25 QCA clock, respectively. Conclusion: The present paper concludes that read and write latency reduction occurs; average energy dissipation, leakage, and switching energy dissipation are reduced in a large amount resulting in an advantage of the overall minimization of the latency for the proposed CLB in the process.

This study evaluates the performance of the Girl Child Student Transportation Program in Kano Metropolis. Data used for this study was obtained through questionnaire administration to the passengers that patronized the Girl Child Student Transportation Program. Purposive sampling technique was employed in the selection of respondents and 235 copies of questionnaire were administered to the respondents and 223 were retrieved and used in the data analysis. The study employed the use of both descriptive and inferential statistical methods of data analysis. The findings showed that 62 (53.9%) of the buses are used for the program are fully functional, 29 (25.2%) of the buses are partially functional and 24 (20.9%) of the buses are grounded. The result of the linear regression analysis revealed with inferential evidence that, only seating capacity has a significant relationship with the patrons’ trip frequency out of the various service quality determinants. The paper recommends that the management of the Girl child student transportation program needs to design a frame work that will guide the seating arrangement of the bus service in order to achieve the desire goal of the program

Flax fiber is used to make textiles, paper and other products. These products are environmentally friendly, so these products are very popular among consumers. In Ukraine, there is no regulatory frame work governing the quality of oilseed flax. The article scientifically substantiates the influence of qualitative parameters of oilseed flax straw, namely: average length of stems, diameter and weight of stems on the yield of bast, as well as parameters of oilseed flax retted straw – average length of stems, diameter and weight of stems on fiber yield, which are important in expediency of industrial processing of this bast material. This was done using correlation analysis, a method of three-factor mathematical planning of an experiment using the software product MathCAD 14. The obtained correlation coefficients and three-factor analysis confirmed the importance the yield of bast and the yield of fiber and their direct relationship with the length, diameter and weight of stems. Mathematical modeling and calculations of the influence of oilseed flax straw and retted straw obtained experimentally, on the yield of bast and yield of fiber confirmed the theoretically substantiated hypothesis, which is as follows: the main quality characteristics of oilseed flax straw and retted straw as industrial raw material, littering, straw color group (fiber color group), as well as separability – for retted straw. Secondary importance for straw and retted straw of oilseed flax are technical and total length, diameter, technical part in the total length of the stem, because they are reflected in the values of yield bast and yield fiber.

The detection of tumor pixels in lung images is complex task due to its low contrast property. Hence, this paper uses deep learning architectures for both the detection and diagnosis of lung tumors in Computer Tomography (CT) images. In this article, the tumors are detected in lung CT images using Convolutional Neural Networks (CNN) architecture with the help of data augmentation methods. This proposed CNN architecture classifies the lung images into two categories as tumor images and normal images. Then, the segmentation method is used to segment the tumor pixels in the lung CT images and the segmented tumor regions are classified into either mild or severe using proposed CNN architecture.

In the 21st century online marketing is the most effective wayof advertising any product or service.Online marketing helps the smallbusinesses and also startup’sin a significant manner.online marketing happens in a virtual and interactive space where the promotion of products and services takes place. The advancement in technology has drastically changed the way of marketing. In online marketing the cost-effective compared to the traditional marketing. Most of the startup’s fail due to a lack of proper strategy.Onlinemarketing is innovativelycreating a platform for start-ups in innovative manner to reach the customers the main motto of this presentation is to show the positive side of the online marketing on start-ups and small businesses.

A new chalcone derivative (2E, 4E)-5-(4-(dimethylamino) phenyl)-1-(naphthalen-2-yl) penta-2,4-dien-1-one (DPNP) has been synthesized using Claisen-Schmidt condensation reaction using the slow evaporation method at ambient temperature. The 3D crystal structure was solved using the single-crystal X-ray diffraction method (XRD). XRD study reveals that the title compound crystallizes in a monoclinic crystal system with centrosymmetric space group P21/c with lattice parameters; a = 17.1467(10), b = 11.0395(7), c = 9.5821(5) Å β= 98.43(2)°. The packing diagram shows that the adjacent molecules are linked through a pair of C-H···O hydrogen bonds forming an inversion dimer. Hirshfeld surface mapped over the properties such as dnorm, Electrostatic potential, shape index, curvedness, and energy framework were also analyzed. The in-silico investigation of the title molecule discloses the efficacious for use as a drug in inhibiting breast Cancer.

Leadership theology is part of theology in general, and even various types of theological studies can be raised as long as it understands the frame work of theology itself. Leadership theology is two different areas of science, theology is in the area (Paravidya) while leadership is in the area (Aparivdya). Leadership theology is basically one solution to the decline in the quality of leaders in the modern era. A leader does not only master the teachings of leadership in general, but also must have a basic understanding of theology so that when leading, the leader will realize that his leadership will be directly accountable to God. This study is included in qualitative research. The data was collected by means of literature study. Novelthy (findings) in this study, namely the theology adopted by a leader will determine every decision taken by a leader. In addition, the experience of a leader will affect the leadership style and become a memory so that it will be a reflection of every leader's actions. An understanding of leadership and understanding of theology are a strong basis for a leader in carrying out his duties as God's representative to manage the universe.

For the stability analysis of functionally graded material (FGM) sandwich plates, a semi-analytical scaled boundary finite element method (SBFEM) is established within the frame work of layerwise t...

The present study is made an attempt to analyze the specific problems faced by the beedi workers and to examine the legislative and policy frame work and Government Schemes for unorganized women beedi workers in India. Beedi rolling is one of the major unorganized sector activities in India, which employs a large number of women. As per the estimation of the India's Ministry of labour majority of them are home based women workers; creating alternative income and employment opportunities for them. For the study purpose, information is gathered from secondary sources such as research articles, websites, e-journals, other published reports and newspapers, etc.

This paper presents a digital twin-based framework for complex assembly tasks in human-robot collaborative assembly system. In this research, the system is developed to support the planning, decision, and implementation of human-robot collaboration. Virtual simulation is applied from task planning to robot control, including assembly task allocation and scheduling, robot trajectory planning and programming. Online optimization is conducted for real-time control based the status of operators and robots from the real production system. An industrial case is presented to validate the performance of the proposed digital twin framework and collaborative assembly system.

India is bestowed with several Beach Sand Mineral (BSM) occurrences along its 7200 km long coastline. The exploitation/recovery of BSM resources is governed by various provisions of the Acts and Rules issued by the Government of India. Till 1998, the mining of BSM was reserved (excluding garnet and sillimanite) for the public sector only. Department of Atomic Energy (DAE), intending to maximize the value addition of BSM within the country, brought out a policy resolution, which allowed the private entities in mining and processing of BSM resources except for the mineral monazite. Mining and development of any mineral are governed by the Mines and Minerals (Development & Regulation) (MMDR) Act, 1957 and the rules made thereunder. MMDR Act, 1957 has undergone major amendments in 2015 and by virtue of the provisions under the Act, new rules were framed for the first time in the country, exclusively for grant of mineral concession in respect of atomic minerals. As per the provisions of a new rule, all BSM deposits (above threshold) come under the purview of the Government Company or Corporation owned or controlled by the Government. This paper deals with legal provisions for the exploitation of BSM resources and recent amendment by the Government of India for conserving these minerals of strategic importance, in the national interest.

This study reports the development of an adaptive collaborative learning framework in the industrial era 4.0. The development of learning models in schools is determined by the ability of teachers in pedagogy and the ability of the technology used. The purpose of this study is to develop a collaborative learning model in terms of student-centered learning in addition to interactive learning that will determine the success of the learning management system. Respondents of this study were 310 primary school teachers in West Jakarta, DKI Jakarta Province. The research methodology used the Structured Equation Model (SEM), Obtained by using the fit model testing 72.01% and 66.45% and r square as much as 110.86% and 94.16% for the parameters of Collaborative Learning and Learning Management System. This study uses a standard loadings factor of 0.7. The results showed that all loadings factor values for each indicator were> 0.7. Research findings indicate an influence between interactive learning, collaborative, user-centered learning, and learning management systems.

We introduce a new type of (?, ?)-admissibility and (?, ?)-Z-contraction mappings in the frame work of Gb-metric spaces. Using these concepts, fixed point results for (?, ?)-Z-contraction mappings in the frame work of complete Gb-metric spaces are established. As an application, we discuss the existence of solution for integral equation of the form: x(t) = g(t) + ?10 K(t, s, u(s))ds, t ? [0, 1], O. T. Mewomowhere K : [0, 1]×[0, 1]×R ? R and g : [0, 1] ? R are continuous functions. The results obtained in this paper generalize, unify and improve the results of Liu et al., [19], Antonio-Francisco et al. [25], Khojasteh et al. [16], Kumar et al. [18] and others in this direction.

Dependence of the binding energy of carbon atoms in nanotubes on the tube diameter is studied. The full-electron orbital free modeling method, developed by us in the framework of the density functional theory, was used for calculation of the binding energy. Nanotubes of limited lengths with the armchair ends were investigated. The tube diameter D, was varied from 0,68 nm up to 1,50 nm; numbers of included atoms were changed from 80 up to 320. Three sets of tubes were studied: the tube length was 0,87 nm in the first set, 1,36 nm in second set, and 1,86 nm in the third set. For the first set the energy minimum (-7.50 eV) was found at Dmin = 1,22 nm, for the second set (-7.62 eV) at Dmin = 1.00 nm, and for the third set (-8.01 eV) at Dmin = 1.06 eV.

Актуальность. Исследование проблем и существующих предпосылок в создании единого учета угольной массы в виде запасов в недрах, сырья при добыче и товара при реализации показало допустимость решения данной задачи. Единый учет позволит достоверно оценивать ресурсный потенциал угольных бассейнов и отдельных недропользователей, делая его открытым и понятным для международных инвестиций. С другой стороны, устраняется несогласованность в государственном регулировании налогообложения за пользование недрами. Цель: предложить подход к формированию единой классификации углей для типизации запасов. Объекты: месторождения каменного, бурого угля и антрацита. Апробация проводилась на углях разного марочного состава действующих участков угольной компании "Ресурс", расположенных в Ерунаковском, Прокопьевско-Киселевском геологоэкономических районах. Предлагаемый подход опирается на существующую нормативную базу стандартов стран СНГ, в частности ГОСТ 25543-2013. Методы: сравнительный анализ существующих подходов классифицирования углей, применение марок, технологических групп и направления использования как критериев для типизации запасов. Результаты. Показана проблема понимания глубокой переработки как критерия оценки ценности углей, необходимость внесения данного критерия в виде требования для правильного проведения геологоразведочных работ, направленных на выявление и оконтуривание углей с различными технологическими свойствами. Данный критерий, наряду с другими показателями ценности угольного сырья, необходим для деления углей по типам в зависимости от глубокой их переработки. Даны рекомендации по ранжированию углей на основе технологических групп, и представлена типизация запасов углей. Дифференциация угольных запасов по направлениям использования углей, как критерий оценки, обеспечивает правильное обоснование и проектирование разведки в границах лицензионного участка. Relevance. Investigation into the issues and existing prerequisites for development of a system of consolidated recording of the bulk of coal in the form of the reserves in place, the mined raw material and the goods to be sold proved the implementability of the task. The consolidated recording will facilitate a proper assessment of the country's resource potential, as well as that of individual mineral developers, making it transparent and comprehensive for international investors. On the other hand, the recording eliminates the discrepancies in the governmental regulation of taxes imposed for the use of subsoil. The aim of the research is to offer an approach to development of a consolidated classification of coals for the typification of reserves. Objects: the fields of mineral, brown and anthracite coal. The approbation was performed using coal of different grade compositions mined by «Resurs» Company from the existing mine sites located in Erunakovsky and Prokopievsk-Kiselevsk geological and economic districts. The approach offered is based on the existing regulatory frame work containing the standards used in the CIS countries, including GOST 25543-2013. Methods: comparative analysis of the existing approaches to coal classification, use of grades, process groups and types of usage as the criteria for typification of reserves. Results. The paper demonstrates the issues of understanding the advanced processing as the criterion for evaluation of coals and the need to introduce it as a requirement for proper performance of geological prospecting intended to identify and outline the coals having different process properties. The criterion, as well as other indicators of coal value, is required to typify coals depending on the degree of their processing. The paper contains recommendations on rating of coals based on process groups, as well as the typification of coal reserves. The division of coal reserves by areas of coal use, applied as an evaluation criterion, provides the correct justification and design of exploration within the boundaries of the licensed area.

In this paper, we present a comprehensive analytical study on the perturbed restricted three bodies problem. We formulate the equations of motion of this problem, in the event of the asteroids belt perturbation. We find the locations of equilibrium points (collinear and triangular points) and analysis their linear stability. Furthermore the periodic orbits around both collinear and triangular points are found.

In the present frame work, we study the properties of $$\eta$$ -Ricci soliton on Kenmotsu manifold and also analysed the generalized gradient Ricci soliton equation satisfying some conditions.

Elastomeric seals are devices that are widely used to prevent fluid leakage through the interface of a variety of mating industrial components. Gas leak through these seals involves gas flow through the interface of the seal and its corresponding mating component. This flow is understood to initiate due to separation of the surfaces at the sealing interface due to gas pressure. Modelling this separation can aid in optimizing seal designs and in estimating seal failure. In this paper, we develop a simple wedge penetration-based model to describe the separation. The frame work of the model is generic so that it can represent gradual as well as complete seal failures. We illustrate the applicability of this model for elastomer–metal interfaces which involve gradual separation. Nitrogen gas leak rate experimental data for stainless steel with three different elastomers are described using the model. We further discuss the processes and challenges involved in employing this model to estimate leak rate of gas through elastomeric seals of different geometries.

Cloud computing is equipped with the numerous of advantageous features to support software and utilities on the Internet of Things (IoT). Cloud-based technology is widely used when offering support for heterogeneous applications integrating specific IoT that follows various semantics. Attaching additional information to raw data sensed with the help of ontology is accomplished in semantic model. The longer distance between the cloud and IoT applications, however, is a bottleneck for vital IoT software. So the paper puts forth a semantic frame work assisted by the fog to enhance the interoperability in the internet of things. The structure put forth moves some of the cloud's commonly used semantic resources sensor networks edge and also offers an effective off-loading technique between fog – fog and fog – cloud devices to diminish total computation time of the task and the energy consumed by the nodes in the fog. The proposed method further follows an efficient mapping technique to transform the data’s sensed into a RDF-format such that it is compatible for processing. The proposed model is evaluated on the basis of delay in the service provision, the energy consumed , and the total cost of the system and further the results obtained are compared with the relevant cloud based computing models , to reveal the proficiency of the proposed.

This qualitative research study sought to assess and evaluate the emerging issues in the teaching and learning of cultural and creative arts (CCA) in Anambra state of Nigeria. Data was gathered through oral consultations while the historical background of the cultural and creative arts in Nigeria is employed as the theoretical frame work upon which the study is based. The paper argues that for school curriculum reforms to meet the needs of the basic education system, the school-based practices should be made to respond to school curriculum reforms. The paper concludes by suggesting that progress can only be made in CCA education if there are serious reforms in pedagogical content at the level of pre-service teacher education as well as capacity building workshops for serving teachers. Keywords: 9-Year basic education curriculum, Cultural and creative arts education, Emerging issues, and Teachers reflections

Sustainable development goals for 2030 depending on how to create abetter life for pepole including all parameters which affect human to avoid the negative impacts of climate change which can destroy life on our plante.Saving energy is one of the main global problems, and buidings are one of the influences on energy consumption. It is a must to solve this problem by identifiy the causes which includinng the building features, operation process and the impact of its occupants . On the other hand, clarify permanent solutions according to modern concepts and techniques which can help to solve it locally.The study attempts to clarify human, nature environment and built environment impacts , in indicating how building Play an active role in achieving virous stages of energy consumption or production to adress the enegy effeciency importance.This paper discusses this issues and gives recommendations and proposals on how to solve problemsensure the achievement of low energy buildings in Egypt depending on the parameters which respect and depend on our local environment in Egypt.

In this article, we present some fixed disc results for improving contractions in the frame work of F-metric space and to support the new results with examples. There are motivations for volterra Integral equation and findings of the existence of a solution to an initial value problem of second order differential equation.

A survey carried out on conventional or traditional method of sieving wet grains showed that the method consumes time, energy, has low output and efficiency and is also hazardous to health due to low level of hygiene involved. A motorized grain gruel machine was developed at the National Centre for Agricultural Mechanization (NCAM), Ilorin Nigeria. The machine consists of four major units which are hopper, seiver, separator and the discharge unit. The machine’s performance was evaluated at different water volumes (16.5, 18.5 and 20.5 liters) and at three different operating speeds namely 65.3 rpm, 115.0 rpm and 126.0 rpm. The parameters evaluated are; sieving efficiency, through put and output capacity. The data were analyzed using the New Duncan multiple range test (Post Hoc Test) method and linear regression model was used to establish the relationship between the independent variables with the dependent variable, which was optimized using pulp in python version 2.9 frame work. Results show that the machine performed higher at 20.5litres and 126 rpm to a maximum sieving efficiency of 85.08% and 86.48% respectively, but was optimized to the range of 88.35-92.5% in sieving efficiency and 19.42-23.42kg/hr in output capacity. Also the analysis showed that water volume used had more significant effect on the efficiency and other variables such as the throughput and the output capacity respectively, than the operation speed. It was concluded from the results that the machine saved time and energy, reduced material wastage and hazards and therefore is more efficient than the conventional method. It is recommended that further evaluations should be carried out on the machine using a wider variety and species of grains samples.

Human pose estimation (HPE) is most dominant research areas in Computer Vision (CV) field. This technology will have huge implications. The significant applications include human computer interaction, activity recognition, video surveillance, motion recognition, etc. Different types of pose estimation are used for estimating the number of persons who are tracked. In this paper we are focusing on single 2D pose estimation. Present trends of pose estimation uses CNN based architectures for HPE and post statistical methods. In this work we propose a monadic frame work for both HPE and post processing into a single stage. It produces a human pose skeleton for a single two-dimensional image and videos. Here, take different modalities such as static image, static video and live video to generate different skeletons for SHPE. In this work we use pre-trained tensor flow based CNN model for pose estimation and also it produce better results compared to state of art in terms of performance metrics as PCP@.5, PCK@.5, and PCKh@.2.

The majority of death and building damages in natural disasters are caused by earthquake. The seismic performance of structure depends on its structural properties and ground motions. An effective lateral load resisting system should be provided in all structures to ensure safety. Recently, a new hysteretic device were developed by researchers known as Crescent Shaped Bracing (CSB) within the frame work of stiffness, strength and ductility design. CSB has a special “ad-hoc” shape which allows to choose lateral stiffness independently from the yield strength of the device. This made CSB as an alternative for the conventional energy dissipating devices. In this study, dynamic response of steel building with crescent shaped bracing system with various angles and configuration were investigated. Nonlinear time history analysis was carried out in ETABS to evaluate the performance based on maximum storey displacement and maximum storey drift.

The customer is the essential channel partner of all supply chain, and the customer service quality is utmost important to maintain this channel partner. In this paper, various factors affecting the service quality of customers have been identified and ranked with the help of two approaches of multi-objective optimization based on the ratio analysis (MOORA) method. MOORA is a relatively new technique of multi-criteria decision making for the ranking of various factors. Results show that by using both these approaches final ranking for the most and least important factor is the same. The results of MOORA were compared by using WASPAS. The main reason for identifying and analyzing these factors is to let the researchers and industrials have explicit knowledge of different factors which affect the service quality of customers. Also, this helps to improve customer-industrial relationships.

In the age group of 5 to 13 years school going children there is always a fast growth of Executive Function (EF) parts of the brain. The EF growth gets shunted in the given school environment, where the growing genes of the children and their syllabus plays a major role. During this period, the children are loaded with heavy school curriculum and thus limiting the learning processes and creatively get lost in curriculum based growth. In this paper we propose to strengthen the EF, functioning through a complimentary Yoga frame. This new frame gives us a protocol of yoga techniques to improve, the Attention, Adjustment and Cognitive flexibilities of the mind. Supplementation of yoga along with curriculum inculcates the habit of cognitive aspects of the brain which will make their carriers useful and betterment of the society. Yoga frame for children mediates the link between school curriculum and with EF resulting into better outputs underlying benefits of yoga. The yoga practices will help the individual EF of the child to grow and step into adolescent age.