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The purpose of this paper is to explore parents as “stakeholders” in higher education in England and how they perceive teaching excellence.

The study adopted a qualitative research design using an interpretative approach through which the authors aimed to develop understandings of parents’ perspectives as higher education “stakeholders”. The empirical data were gathered via focus group interviews and an online survey with 24 participants in the UK.

This study found that the majority of parents wished to be treated as an important stakeholder group in higher education. Parent participants perceived that teaching excellence could be evidenced through indicators and measures, for example, the design and delivery of the courses, progress measures, contact hours, speed of return of marked work, graduate employability and so on. They also saw value and significance in the students’ exposure to ideas and perspectives not previously experienced, in zeal and passion in the teaching, and in an academically nurturing, understanding and supportive pedagogical relationship between academic and student.

This study uncovered some apparent tensions, contradictions and challenges for parents as stakeholders in higher education, for example, in reconciling the co-existence of their desire to be involved and engaged with scope for students to be formed as independent young adults. Parents’ desire to measure teaching excellence is also compounded by their concern that excellent teaching is thereby reduced to a box-ticking exercise. This study has implications for higher education institutions wishing to engage parents as a stakeholder group in a meaningful way.

When the management of an information technology (IT) manufacturing firm perceives a need for innovation due to any threat in the external environment, it will be prompted to use organizational resources to support innovation and improve organizational performance through the implementation of the innovation. The purpose of this paper is to explore whether an IT manufacturing firm’s budget slack, information quality of information system (IS), process innovation and product innovation would interact to collectively form an innovation capacity, which is termed “innovation capability configuration (ICC)”, and whether ICC mediates the relationship between perceived innovation requirement and organizational performance.

To answer these questions, a structural equation model was built and a questionnaire survey was conducted to collect data from research and development and production managers of IT manufacturing companies listed on the Taiwan Stock Exchange and Over-The-Counter markets.

The results showed that budget slack, IS information quality, process innovation and product innovation are all significantly related to ICC, in which high-quality information and low level of budget slack are the key factors that underpin the innovation capacity. In addition, ICC has a full mediation effect, that is, perceived innovation requirement positively influences ICC, which, in turn, improves organizational performance.

Because all items in a questionnaire were answered by a manager, the common method variance might exist in this study. In addition, the effective recovery rate of the questionnaire was not high due to which the non-response bias might occur. Following the research limitations, several future research recommendations are proposed.

This study offers managerial implications for the development of an IT manufacturing firm’s innovation strategy and structure to smooth the implementation of innovation in the severe environment.

The study is the first attempt to integrate the four elements clearly illustrating the ICC, which is a more complete innovation strategy, thus contributing to improve the past fragmental studies and clarify some controversial points existing in the extant innovation research.

With growing interest in the uses of hedonic technologies and gamification in system design, the concept of cognitive absorption (CA) has become increasingly salient in the information systems literature. However, little effort has been made to evaluate the research status and consolidate the current literature findings. To fill these research gaps, the authors conducted a literature review on CA. The authors then proposed an integrative framework that summarises the key elements of and variables related to CA and their relationships. The major findings of the study are discussed, and an agenda for future research is proposed.

This paper builds homogenous series of the rate of surplus value (RSV) for the Chinese economy over the extended period 1956–2014 with a Marxian approach. It finds that the high profitability that stimulated capital accumulation in the decade before the 2008 crisis had relied on the continuous growth in the RSV. Given that the global crisis and changes in the domestic economy undermine all the conditions maintaining the accumulation model (an expanding external market, a relatively large reserve army of labor, and a low debt-income ratio), the RSV has failed to increase and profitability declined since 2008. Thus, this paper interprets the so-called new normal of the Chinese economy as a stage of declining profitability that results mainly from the stagnant RSV and the rising value composition of capital.

This paper aims to propose two parallel two-step finite element algorithms based on fully overlapping domain decomposition for solving the 2D/3D time-dependent natural convection problem.

The first-order implicit Euler formula and second-order Crank–Nicolson formula are used to time discretization respectively. Each processor of the algorithms computes a stabilized solution in its own global composite mesh in parallel. These algorithms compute a nonlinear system for the velocity, pressure and temperature based on a lower-order element pair (P₁b-P₁-P₁) and solve a linear approximation based on a higher-order element pair (P₂-P₁-P₂) on the same mesh, which shows that the new algorithms have the same convergence rate as the two-step finite element methods. What is more, the stability analysis of the proposed algorithms is derived. Finally, numerical experiments are presented to demonstrate the efficacy and accuracy of the proposed algorithms.

Finally, numerical experiments are presented to demonstrate the efficacy and accuracy of the proposed algorithms.

The novel parallel two-step algorithms for incompressible natural convection problem are proposed. The rigorous analysis of the stability is given for the proposed parallel two-step algorithms. Extensive 2D/3D numerical tests demonstrate that the parallel two-step algorithms can deal with the incompressible natural convection problem for high Rayleigh number well.

The purpose of this paper is to propose a local parallel finite element algorithm based on fully overlapping domain decomposition technique to solve the incompressible magnetohydrodynamic equations.

The algorithm uses a lower-order element pair to compute an initial approximation by the Oseen-type iteration and uses a higher-order element pair to solve a linear system in each processor.

Besides, the convergence analysis of local parallel finite element algorithm is given. Finally, numerical experiments are presented to verify the efficiency of the proposed algorithm.

Compared with the numerical solution of the common two-step method, this method is easy to realize and can produce a more accurate solution. And, this approach is executed in parallel, so it saves a lot of computational time.

This paper aims to proposes and analyzes a novel recovery-based posteriori error estimator for the stationary natural-convection problem based on penalized finite element method.

The optimal error estimates of the penalty FEM are established by using the lower-order finite element pair P₁-P₀-P₁ which does not satisfy the discrete inf-sup condition. Besides, a new recovery type posteriori estimator in view of the gradient recovery and superconvergent theory to deal with the discontinuity of the gradient of numerical solution.

The stability, accuracy and efficiency of the proposed method are confirmed by several numerical investigations.

The provided reliability and efficiency analysis is shown that the true error can be effectively bounded by the recovery-based error estimator.

Research into the experience of BSc Psychology students and graduates in the graduate transition was carried out to enquire if ontology is central to educational transformation; if professional work experience is important in the process of becoming; and how graduates experience the transition from student to professional. The paper aims to discuss these issues.

In this qualitative longitudinal in-depth interview investigation four one-year work placement students were interviewed twice and five graduates were interviewed at graduation and again two years later. Student transcriptions were analysed thematically and graduate transcriptions received interpretative phenomenological analysis.

Placement students became legitimate participants in professional life. Graduates thought that BSc Psychology should enable a career and were dissatisfied when it did not. Professional psychology dominated career aspiration. Relationships and participation in work communities of practice were highly significant for learning, personal and professional identity and growth.

Ontology may be central to educational transformation in BSc Psychology and is facilitated by integrated work experience. A more vocational focus is also advocated.

The UK Bachelor’s degree in psychology is increasingly concerned with employability however becoming a professional requires acting and being as well as knowledge and skills and Barnett and others have called for higher education to embrace an ontological turn. This is explored in the context of BSc Psychology student experience and reflection on work placements, graduation and early career development.

The purpose of this paper is to present an automatic inspection and control method for a reagent rapid test strip production system, with image processing techniques.

Fluorescence, color arrangement and combination matching with the database were used to identify the responses of biochemicals. The position accuracy and insufflation consistency between the control line and test line on a reagent rapid test strip will be analyzed from the image after series processing.

The system can identify failed products and regulate production conditions to insure that the quality standard is maintained. The idea edges of the control line and test line are the boundary at which a significant change occurs in the surface reflectance and illumination of the viewer. But the change of the real boundary of the test line may be insufficient for identification.

As the illumination of biological reagent images cannot be measured precisely in the production process, and the intensity of the background light source is difficult to control, there are always significant errors in the production process. If the environment at sampling could be precisely controlled, the accuracy of the system could be enhanced.

This study developed software architecture for a biological reagent production and inspection system. Future studies will focus on the implementation of testing, and improvement of the system, so that it can be applied to medical systems for the benefit of all patients.