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Smart tourism has become an inevitable trend in future tourism development. However, despite significant investment in its technological foundation, little is known about whether and when tourists are willing to be involved in smart tourism. This study explores tourists' willingness to contribute to smart tourism development by empirically examining their intention to share personal information and use smart technology.

Based on construal level theory (CLT), a 2 (far/near spatial distance) × 2 (gain/loss persuasive information frame) × 2 (altruistic/egoistic value orientation) laboratory experiment with different contextual features was designed to examine tourists' willingness to contribute to smart tourism.

Tourists are most willing to share personal information and use smart technologies when spatial distance aligns with information framing, spatial distance aligns with value orientation and information framing aligns with value orientation.

This study provides essential insights for destination management organizations (DMOs) about tourists' perceptions of smart tourism, enabling DMOs to develop more precise marketing strategies to encourage tourists to contribute to smart tourism development and enrich tourists' travel experiences.

This study enriches theoretical knowledge of DMOs' boundaries in encouraging tourists to contribute to smart tourism and provides critical insights into future smart tourism development for researchers and practitioners.

As a new human resource management practice, developmental idiosyncratic deals (developmental I-deals) play an important role in attracting, retaining and motivating employees to promote creativity. Based on the social cognitive theory, the purpose of this study is to examine the impact of developmental I-deals on team creativity through team creative-efficacy and the moderating role of error management atmosphere in this process.

To reduce the effects of common method biases and causal lag effect, this study was divided into three stages for data collection, with a time interval of a month. A total of 365 employee samples (72 team samples) from seven internet enterprises in Shanghai and Wuhan were selected, and Bootstrap method and Johnson-Neyman method were used to test the hypothesis.

The results of this study show that developmental I-deals positively affect team creativity, and team creative-efficacy mediates the relationship between developmental I-deals and team creativity. Error management atmosphere strengthens the impact of developmental I-deals on team creative-efficacy and further strengthens the indirect effect of developmental I-deals on team creativity through team creative-efficacy.

Based on the social cognitive theory, this study examines the impact of developmental I-deals on team creativity through team creative-efficacy and the moderating role of error management atmosphere in this process. First, the study of I-deals category was further refined. The existing research defines the concept of I-deals in a general way and does not classify it in detail. Second, the internal mechanism of I-deals is revealed. Third, it expands the multi-level research of I-deals.

The study endeavours to bring out a critical synthesis of the effect of quality of financial reporting in the BRICS (Brazil, Russia, India, China, and South Africa) countries pertaining to the International Financial Reporting Standards (IFRS) adoption. BRICS is the group composed by the five major emerging countries, which together represent about 42% of the population, 23% of gross domestic product (GDP), 30% of the territory, and 18% of the global trade. The study synthesised 57 quantitative, qualitative, and theoretical studies between the period 2005 and 2020. The findings reflect that the BRICS countries are far way behind with the qualitative and quantitative outcomes on IFRS adoption, which may be on a voluntary basis or mandatory basis. However, there are mixed revelation based on the implications of the domestic convergence of standards with IFRS, which demonstrate that 15 papers’ results revealed a negative impact.

The purpose of this paper is to examine the relationship between regional institution and accounting quality.

This study investigates whether and to what extent the convergence to International Financial Reporting Standards (IFRS) improves Chinese firms’ accounting quality. It also examines the role regional institutions play in this process. The focus is on two aspects of accounting quality: the accrual aggressiveness and the timely loss recognition. Specifically, the study tests: whether the convergence to IFRS significantly lowers the accrual aggressiveness proxied by the magnitude of discretionary accruals (DA); whether the convergence to IFRS significantly enhances the timely loss recognition proxied by the likelihood of reporting large negative net income; and whether the effects of convergence to IFRS on accounting quality vary with the quality of regional institutions.

The findings show that convergence to IFRS generally was accompanied by increases in DA and decreases in timely loss recognition for Chinese firms. Further analysis on the development of regional institutions reveals that both changes in accrual aggressiveness and timely loss recognition are more pronounced for firms located in regions with a lower level of development in the legal environment.

This study contributes to the accounting literature in several ways. First, it extends the accounting literature regarding institutional factors by examining the association between regional institutions and accounting quality. Second, by adopting a within-country setting, the study avoids such problems of cross-country comparisons as confounding factors caused by country-specific accounting rules and regulations, differences in infrastructure and culture, and other potential endogeneity problems (Chan et al., 2010). Third, the attention paid to the European and US application of IFRS overshadows the application and effects of IFRS in emerging markets. By examining China, the world largest emerging economy in the process of economic transition, this study sheds light on the effect of convergence to IFRS on accounting quality for emerging or transitional economies.

The purpose of this paper is to compare the influence of relative density (RD) and strain rates on failure mechanism and specific energy absorption (SEA) of polyamide lattices ranging from bending to stretch-dominated structures using selective laser sintering (SLS).

Three bending and two stretch-dominated unit cells were selected based on the Maxwell stability criterion. Lattices were designed with three RD and fabricated by SLS technique using PA12 material. Quasi-static compression tests with three strain rates were carried out using Taguchi's L9 experiments. The lattice compressive behaviour was verified with the Gibson–Ashby analytical model.

It has been observed that RD and strain rates played a vital role in lattice compressive properties by controlling failure mechanisms, resulting in distinct post-yielding responses as fluctuating and stable hardening in the plateau region. Analysis of variance (ANOVA) displayed the significant impact of RD and emphasised dissimilar influences of strain rate that vary to cell topology. Bending-dominated lattices showed better compressive properties than stretch-dominated lattices. The interesting observation is that stretch-dominated lattices with over-stiff topology exhibited less compressive properties contrary to the Maxwell stability criterion, whereas strain rate has less influence on the SEA of face-centered and body-centered cubic unit cells with vertical and horizontal struts (FBCCXYZ).

This comparative study is expected to provide new prospects for designing end-user parts that undergo various impact conditions like automotive bumpers and evolving techniques like hybrid and functionally graded lattices.

To the best of the authors' knowledge, this is the first work that relates the strain rate with compressive properties and also highlights the lattice behaviour transformation from ductile to brittle while the increase of RD and strain rate analytically using the Gibson–Ashby analytical model.

The set-union knapsack problem is one of the most significant generalizations of the Non-deterministic Polynomial (NP)-hard 0-1 knapsack problem in combinatorial optimization, which has rich application scenarios. Although some researchers performed effective algorithms on normal-sized instances, the authors found these methods deteriorated rapidly as the scale became larger. Therefore, the authors design an efficient yet effective algorithm to solve this large-scale optimization problem, making it applicable to real-world cases under the era of big data.

The authors develop three targeted strategies and adjust them into the adaptive tabu search framework. Specifically, the dynamic item scoring tries to select proper items into the knapsack dynamically to enhance the intensification, while the age-guided perturbation places more emphasis on the diversification of the algorithm. The lightweight neighborhood updating simplifies the neighborhood operators to reduce the algorithm complexity distinctly as well as maintains potential solutions. The authors conduct comparative experiments against currently best solvers to show the performance of the proposed algorithm.

Statistical experiments show that the proposed algorithm can find 18 out of 24 better solutions than other algorithms. For the remaining six instances on which the competitor also achieves the same solutions, ours performs more stably due to its narrow gap between best and mean value. Besides, the convergence time is also verified efficiency against other algorithms.

The authors present the first implementation of heuristic algorithm for solving large-scale set-union knapsack problem and achieve the best results. Also, the authors provide the benchmarks on the website for the first time.

This paper aims to show how implementing new information technology has expanded the role of librarians as educators and how this role has matched the evolution of new technology.

The paper looks at librarians' approaches to their role as educators and explores ways of most effectively implementing changes. By reviewing the literature and taking the old discourse around library education and information literacy, the paper reflects on the changing role of librarians in an era of greater access to technology, including Web 2.0.

Collaboration with faculty was found to be an essential feature of the most successful stories. Teaching students and faculty to use new information technologies may have become one of the major roles of librarians.

This paper demonstrates that the continual evolution of the web is causing a move from e‐libraries to mobile libraries, and that the educational role of the librarians must encompass this trend, and to anticipate similar future developments.

The accuracy of the machining process is significantly impacted by the performance of hydrostatic bearings. This paper aims to analyze the influence of micro-textured on the performance of the hydrostatic bearing, and the performance of the bearing is improved by designing the arrangement of micro-textured.

Different designs have been used while creating micro-textured bearings. The finite element models of bearing with smooth and micro-textured were established and solved using the computational fluid dynamics method. The arrangement scheme of the micro-textured was evaluated by comparing the influence of the distribution position and arrangement of the micro-textured on the bearing performance.

To improve the performance of the bearing, the bearing capacity was significantly increased, and the friction coefficient of the bearing was decreased when the micro-textured was distributed in the form of an obtuse angle arrangement in the maximum pressure area of the bearing. The experimental findings validate the analysis method.

In this paper, the effect of irregularly arranged micro-textured on bearing performance is investigated to improve the bearing capacity and lubrication status.

The first aim of this review article is to systematically summarise, synthesise, and critically evaluate the research base concerning the use of two art forms, namely, dance‐based exercises and Tai Chi, as applied to people with arthritis (a chronic condition that results in considerable disability and, particularly in later life, severely impacts the life quality of the individual with this condition). A second is to provide directives for health educators who work or are likely to work with this population in the future.

The material specifically focuses on examining the efficacy of dance therapy and Tai Chi as intervention strategies for minimising arthritis disability and dependence and improving life quality. The paper includes a review of all relevant articles published in the English language on the topic.

Collectively, these data reveal that dance‐based exercises and Tai Chi – practiced widely in China for many centuries as an art form, as well as a religious ritual, relaxation technique, exercise, and self‐defence method – may be very useful rehabilitation strategies for people with different forms of arthritis.

While more research is indicated, health educators working with people who have chronic arthritis can safely recommend these two forms of exercise to most people with arthritis with the expectation that both will heighten the life quality of the individual with this condition.

This study discusses the tracking trajectory issue of the exoskeleton under the bounded disturbance and designs an useful tracking trajectory control method to solve it. By using the proposed control method, the tracking error can be successfully convergence to the assigned boundary. Meanwhile, the chattering effect caused by the actuators is already reduced, and the tracking performance of the pneumatic artificial muscles (PAMs) elbow exoskeleton is improved effectively.

A prescribed performance sliding mode control method was developed in this study to fulfill the joint position tracking trajectory task on the elbow exoskeleton driven by two PAMs. In terms of the control structure, a dynamic model was built by conforming to the adaptive law to compensate for the time variety and uncertainty exhibited by the system. Subsequently, a super-twisting algorithm-based second-order sliding mode control method was subjected to the exoskeleton under the boundedness of external disturbance. Moreover, the prescribed performance control method exhibits a smooth prescribed function with an error transformation function to ensure the tracking error can be finally convergent to the pre-designed requirement.

From the theoretical perspective, the stability of the control method was verified through Lyapunov synthesis. On that basis, the tracking performance of the proposed control method was confirmed through the simulation and the manikin model experiment.

As revealed by the results of this study, the proposed control method sufficiently applies to the PAMs elbow exoskeleton for tracking trajectory, which means it has potential application in the actual robot-assisted passive rehabilitation tasks.