Miracle-dz/UniFAR-FTUs huggingface dataset:
On the In-application Value of Emotional Intelligence Interaction Based on Interactive Art Installation

The design of interactive art installation, which integrates interactivity, artistry and education, leads people to think their relationship with nature and society by human-installation interactive movement. Due to the repaid development of science and technology, the simple interaction with settled program cannot satisfy people’s demands. Instead, they want to step into the world of installation through personalized emotional catharsis. The current mode of communication will be changed by the in-application program within the interactive art installation. The single installation totally produced by artists’ thought will be replaced by the finished installation product with the participation of the audience. In this way, participants will immerse in the story plot and feel various emotional changes psychologically by sound, image and touch, which relies on the interactive art installation. The Listen is taken as the example to spread the idea of sharing the ecological nature of human beings and the world. Arduino, an open source platform, will be studied to show the change of modern interactive communication mode, exploring the impact of programming tool on the development of future interactive installation and providing some new ideas for the integration of artistic creation and science and technology in the future.
Understanding rectifying and nonlinear bipolar resistive switching characteristics in Ni/SiNx/p-Si memory devices

Two resistive memory devices were prepared with different doping concentrations in the silicon bottom electrodes to explore the self-rectifying and nonlinear resistive switching characteristics of Ni/SiNx/p-Si devices. Due to the reduced current overshoot effect, using electroforming at a positive bias can produce bipolar-type resistive switching behavior. A higher self-rectification ratio in the Ni/SiNx/p+-Si device is achieved than in the Ni/SiNx/p++-Si device. The asymmetric I–V characteristics can be explained by the Schottky barrier that suppresses the reverse current, and it is controllable by the size of the conducting path. A conducting path with a high resistance value in a low resistance state is beneficial for a high selection ratio. Moreover, by controlling the compliance current, we demonstrate an improved self-rectifying and selection ratio. The results of our experiment provide a possible way to improve the nonlinear characteristics without the need for a selector device in CMOS compatible cross-point array applications.
Revisionseingriffe bei anhaltenden Beschwerden nach Karpaldachspaltung

Der Patient stellt sich im Verlauf von Wochen oder Monaten postoperativ vor und berichtet über fortbestehende Beschwerden wie vor der Operation. Nicht selten besteht ein kurzes beschwerdearmes Intervall von wenigen Tagen unmittelbar postoperativ. Dies ist auf eine vorübergehende Entlastung des nicht dekomprimierten N. medianus durch die postoperative Ruhigstellung zurückzuführen und kein Beweis für eine erfolgreiche Karpaldachspaltung. Wahrscheinliche Ursache: inkomplette oder nicht durchgeführte Karpaldachspaltung (▶Abb. 2). Die klinische Untersuchung zeigt ähnliche Symptome wie bei einem nicht operierten Karpaltunnelsyndrom. Das Hoffmann-Tinel-Zeichen ist – im Gegensatz zum nicht operierten Karpaltunnelsyndrom – bei inkompletter Spaltung weiter distal des proximalen Randes des Retinakulums positiv, weil hier die persistierende Kompressionsstelle liegt [1]. Den Verdacht auf eine inkomplette Karpaldachspaltung legen auch kurze Inzisionen nahe, bei denen nicht von einer ausreichenden Darstellung des freigelegten Nervs ausgegangen werden kann. Alle Methoden, die eine Karpaldachspaltung über Mini-Inzisionen durchführen, bergen diese Gefahr in sich und sind kritisch zu betrachten. Revisionseingriffe bei anhaltenden Beschwerden nach Karpaldachspaltung
Prevalence of PVL and LucED Genes in Methicillin-Resistant and Susceptible Isolates of Staphylococcus aureus Isolated from Burn Patients in Kermanshah, Iran

Background: The main pathogen causing various nosocomial infections, especially in burn patients, is Staphylococcus aureus. An important virulence factor of this bacterium is leukocidin, which binds to white blood cells and leads to apoptosis and necrosis. Objectives: In the present research, we aimed at investigating the prevalence of the panton-valentine leukocidin (PVL) and LucED genes in methicillin-susceptible and resistant isolates of S. aureus isolated from burn patients in Kermanshah, Iran. Methods: Overall, 73 isolates of S. aureus were collected from burn wounds and identified by specific biochemical tests. After determining the susceptibility patterns of the isolates by the disc diffusion method, the frequencies of the PVL and LucED genes were assessed using specific primers and polymerase chain reactions. Results: The rates of methicillin-resistant Staphylococcus aureus (MRSA) and methicillin-susceptible Staphylococcus aureus (MSSA) isolates were 58.9% (43 isolates) and 41.1% (30 isolates), respectively. In MRSA isolates, the highest antibiotic resistance was to penicillin (100%) and gentamicin (81.4%). Moreover, the frequencies of the LucED and PVL genes were 76.7% (56 isolates) and 27.4% (20 isolates), respectively, and the highest frequency of the LucED and PVL genes was observed in MRSA (81.4%) and MSSA (40%) isolates, respectively. Conclusions: Increased multidrug resistance pattern among S. aureus isolates with leukocidin production has led to treatment failure and severe infections. The development of infections can be prevented by the identification of isolates carrying the leukocidin gene, and early detection of MRSA isolates is feasible by using the PVL gene.
Inverted Perovskite Solar Cells: Progresses and Perspectives

During the past 6 years, perovskite solar cells have experienced a rapid development and shown great potential as the next‐generation photovoltaics. For the perovskite solar cells with regular structure (n‐i‐p structure), device efficiency has reached over 20% after the intense efforts of researchers from all over the world. Recently, perovskite solar cells with the inverted structure (p‐i‐n structure) have been becoming more and more attractive, owing to their easy‐fabrication, cost‐effectiveness, and suppressed hysteresis characteristics. Some recent progress in their device performance and stability has indicated their promising future. Here, recent developments and future perspectives about inverted perovskite solar cells are reviewed. Interface engineering, film morphology control, device stability, hysteresis phenomena and other research hotspots are discussed to present the roadmap for the development of inverted perovskite solar cells.
Manufacturing Methodology on Casting-Based Aluminium Matrix Composites: Systematic Review

Ongoing industrial demand for lightweight materials has spiked the research interest in aluminium-based metal matrix composites for its specific properties. The amount of scientific publication available on the matter has led to the vast production of knowledge, which highlights the need for a systematic assessment if further progress is expected. In this paper, a systematic review of the published literature is conducted, according to the guidelines of the Preferred Reporting Items for Systematic Reviews and Meta-Analyses, on the Scopus and Web of Science databases were used in the literature search, which was completed on the 29 August 2020. The data of the research work is structured in the particle pre-processing stage and the melt processing stage. The present review clarifies the combined pair-wise effect of particles and the melt treatment performed on their wettability or dispersive or de-agglomerative capability, which allows to achieve their final mechanical properties.
Mold Invasion on the Surface of Wood/Polypropylene Composites Produced from Aqueous Pretreated Wood Particles, Part 1: Date Palm Midrib

The effect of particle pretreatments on the biodeterioration of wood-plastic composites (WPCs) was investigated. WPCs made from untreated and pretreated frond midrib particles of date palm were used. Before the addition of a coupling agent, the wood particles were pretreated or extracted with either cold or hot water and mixed with polypropylene to produce panels, which were then superficially inoculated with an ascomycete’s fungus Trichoderma harzianum T6776. The WPC surfaces were studied using scanning electron microscopy (SEM) and electron dispersive X-ray spectroscopy (EDX) measurements. In comparison with the control, an intensive growth of T. harzianum hyphae was found over the WPC surface manufactured from untreated date palm midrib particles with the colonies clearly visible. The pretreatments of date palm particles reduced the growth of T. harzianum in comparison with the control and untreated particles. The results suggested that particle pretreatments could be a suitable way to limit the growth of molds over WPC surfaces made from date palm midrib.
Impact of COVID-19 on Air Quality in Central and Eastern China

The focus of this paper is mainly on COVID-19’s impact on the air quality in central and eastern China using MCD19A2 aerosol optical depth (AOD) product data as well as the impact of human activities (mainly traffic behavior) on air quality. The main conclusions are the following: Significant data are still missing in MCD19A2 AOD product data, which led to the abnormal increase of AOD in southern China in February and the decline of analysis accuracy in AOD and air quality; COVID-19 had the important impact on air quality index (AQI) and peak congestion delay index (PCDI), resulting in the precipitous decrease of AQI and PCDI in Q1 2020, and the peaks of the AQI during the epidemic period were almost closely related to people's activities. AQI, PM2.5, and NO2 was significantly positively correlated with PCDI. Therefore, the alleviation of traffic congestion plays an important role in improving the air quality.
Search for Effective Governments in Post-Soviet Russia While Excluding the Factor of World Oil Prices from the Results of the Country’s Economic Development

The method of multi-criteria assessment of economic development based on an econometric model with the identification of production, market and institutional factors in relation to the parameters of economic growth and development risks is developed. The methodology is applied to the study of actual data on the economic development of post-Soviet Russia, which allowed us to obtain objective assessments of the activities of individual governments on a large set of criteria: oil-dependent, oil-dependent and diversifying, progressive, regressive and passive, conservative and destructive, managed and unmanaged development, etc.both in terms of growth and development risks, as well as individual development factors. The article describes the parameters of economic development during periods of shock therapy, radical reforms, post-devaluation recovery, building a "vertical of power" and "nationalization of the elite". It is concluded that the last periods only preserved the institutionally degraded society, but did not ensure its development. The period 2004-2008 is the only one when a positive purposeful impact of the government on development risk was revealed, namely, it was organized to reduce the fluctuation of economic growth during the period of rising oil prices. There were no positive targeted effects of governments on economic growth.
Impact of biochar and lignite‐based amendments on microbial communities and greenhouse gas emissions from agricultural soil

Understanding the responses of the microbial community and greenhouse gas (GHG) emissions to the incorporation of different organic amendments is essential for their proper utilization. In this study, laboratory‐incubated microcosm experiments were conducted to investigate the short‐term effects of pine‐wood biochar and lignite‐based amendment on the microbial communities and GHG emissions from agricultural soil. Soils amended at five different application rates were incubated for 19 d under the conditions of 60% water‐filled pore space and 25 °C. Microbial biomass in the amended soil after incubation was measured by the solid colony counting method, and the soil microbial diversity was assayed using a Biolog EcoPlate. The biochar and lignite‐based amendment had distinct effects on the soil microbial communities and GHG emissions. The microbial community growth and utilization of C sources were improved by the biochar but restrained by the lignite‐based amendment in most cases. The biochar and lignite‐based amendment had a minor impact on methane emissions. Carbon dioxide emissions were promoted by the biochar and inhibited by the lignite‐based amendment during the short‐term incubation period. Nitrous oxide emissions decreased with the application rate of biochar but increased with the rate of lignite‐based amendment. The addition of biochar at a rate of 3–4% and lignite‐based amendment at a rate of <1% has the potential to improve soil quality. Salt leaching is required to avoid accumulation when the biochar and lignite‐based amendments are applied. The findings can provide a reference for the application of biochar and lignite‐based amendment in silt loam soil.
Prediction of the real estate industry economics based on LSTM model

The economics of real estate industry has been seriously affected by the 2019-NcoV. Therefore, this study analyzed the changes of real estate industry and LSTM model was applied to predict the price of real estate industry. The error analysis was done to test the accuracy of model and the result indicated the model established in this paper has high accuracy and meaningful for practical application.
Mega Shifts in the Business Pivot in Visual Communication Design Subsector during the COVID-19 Pandemic

COVID-19 has brought about a number of changes in people’s lifestyles and business pivots, specifically in the Visual Communication Design (VCD) subsector of the creative industry. This study aimed to determine those changes. The first step is to identify the new business pivot; next, look for future business opportunities so that the businesses can sustain and grow. The study uses a phenomenological method that specializes in visible phenomena and realities to examine their explanations. The method explores data to find the meaning of the primary and essential things of the phenomenon, reality or events experienced by the object of the research. The results of this study indicated four new lifestyles in the new normal era: (1) Staying at home; (2) Staying at the bottom of the pyramid; (3) Going virtual; and (4) Being an emphatic society. As such, the new lifestyle influences the changes in the VCD-business pivot. Designers can change the business pivot to survive during the pandemic, including designing masks, personal protective equipment/hazmat suit, making posters and comic strips including quotes motivating people to face the pandemic, etc. Keywords: business pivot, visual communication, COVID-19 pandemic
Natural Resources in Health Tourism: A Systematic Literature Review

Natural resources are recognized among the key determinants for the improvement of wellness, and thus the development and sustainability of health tourism destinations. This study applied a systematic review to investigate the contributions mapping and analyzing under different perspectives the value of the natural resources of a destination and related activities for health tourism. The main research topics identified from a review of 52 papers include the analysis and exploitation of natural resources in health tourism, the nature-based factors considered in clustering of tourists and their motivations, the development of value offer and marketing, as well as the cultural issues. Research gaps and future directions are summarized in a research agenda laying the foundations for the development of a multidisciplinary research stream focused on nature-based health tourism. Results also represent a key reference for managers and policy makers to identify key issues, areas of intervention and practices for industry development in the health tourism destinations through an effective and sustainable exploitation of natural resources.
Illumination on the Structure and Characteristics of Entamoeba Histolytica Genome

Entamoeba histolytica, like other Organismes, is characterized by diversity and heterogeneity in its genetic content, which is one of the most important reasons for survival, and the increase in susceptibility to infection.Non-condensation of chromosomes during the process of cell division and the ambiguity of the chromosomal ploidy makes predicting the exact chromosomal number difficult. Genes distributed across 14 chromosomes as well as many extra-chromosome elements. Most Genes composed of one axon only, with Introns in 25% of Genes. This genome is characterized by the presence of Polymorphic internal repeat regions, and several gene families, one of these large families encoding Transmembrane kinas, Cysteine protease (CP), SREHP protein, and others.
Progress of research on adaptation of human-environment systems: Concepts, theoretical frameworks, and methods

: The purpose of adaptation research is to reduce the negative effects of external environment and improve adaptation through the adjustment of the subject to the changes of the external environment, which is an important way to realize the sustainable development of human-environment systems. In view of the lack of a unified understanding and systematic review of the adaptation theories, this article summarized the progress of research on adaptation from the concepts, theoretical frameworks, and methods by examining the literature on adaptation of human-environment systems in China and internationally, and put forward a scientific paradigm of adaptation research. The findings are as follows: 1) There is no scientific consensus on the concept of adaptation in academia, which hinders the construction of a general theoretical system of adaptation research. 2) The existing analytical frameworks of adaptation are mostly based on the extension and revision of the theoretical framework in the field of global change. 3) There is no representative method in adaptation research, which mainly uses vulnerability and resilience assessment methods and index systems. Therefore, the construction of a unified concept and theoretical system of adaptation needs to be strengthened. The existing theoretical research in other countries may not be universally applicable, and an analytical framework and method of adaptation research specifically useful in China should be an important research direction in the future. Simultaneously, it is necessary to strengthen the research on integrated adaptation of human-environment systems considering both human society and the natural environment, and pay attention to the dynamic analysis of adaptation with a combination of multiple scales.
Retraction Retraction: A Corpus-based Linguistic Analysis of Translated Tourism Interpretive Panels under the Background of “Big

This paper collects the interpretive panels from scenic spots in China and abroad and then establish two corpora (“CTETIPC” and “CETIPA” ). It analyzes and compares the linguistic features of translated and original English tourism interpretive panels from the aspects of STTR, MWL/MSL, nominalization, tense and voice. It is concluded that the translated English tourism interpretive panels are in some aspects non-standard. It is advised to take into consideration the different way of English expressions so as to better achieve the communicative effects.
Gendering Products Through Advertisements: A Review (1973–2019) of Various Cues Employed by Advertisers

Throughout history, people have used consumption props to adorn their gender. The products that individuals own and use are noticeable markers of their gender identity. This explains the sustained interest of advertisers in gender-typing products. Advertisers’ gender work is instrumental in establishing a gender order among products. By virtue of the gender meanings assigned by advertisers, products occupy spaces on the gender map. Advertisers employ various cues to operationalize the gender direction of the advertised products. A review of over four decades of research (1973–2019) on gender and advertising reveals that there are at least 22 different ways in which advertisers achieve gender polarization of products. This explanatory synthesis convenes these cues in the context of television and multimedia web-based and print advertisements. The methodology used also allows for classification of these cues. This review has definite theoretical and practical implications that justify the need for this research. The final output of this article displays the research landscape of the present topic and contributes to the existing advertising literature by offering a repository of objective tools used to shape the gender content of advertisements. It is the author’s belief that this article will help researchers conceptualize different product gendering techniques employed by advertisers and encourage further research in this area. From a practical perspective, advertisers looking to activate the gender schema in advertisements with a view to selectively target a particular gender may benefit from the results of this study.
Development of a Building Topological Model for Indoor Navigation

Human high mobility is essential to the proper functioning of a modern world. For a fast and effcient ground transportation, a suitable and accessible positioning, route finding and navigation solutions are crucial. For outdoor traveling, mobile applications utilizing GNSS systems and navigation services based on road and pavement networks already provide a satisfying solutions. On contrary, an indoor environment is much more intricate. Localization with GNSS is impossible and there is no explicit traversable network inside the building as in outdoor routes. Multi-storey buildings, often with complicated room layouts and floor transitions, confined spaces and numerous areas restricted for visitors or impassable pathways for disabled people add another layers of complexity to this problem. This study covers the issue of creating a topological building model for indoor navigation. Necessities of such a model are discussed and the fitting i mplementation, developed by ESRI, is detailed. The entire process, from data pre-processing to the model creation and visualization in ArcGIS Pro software, is delineated. A case study of development of such a model for a Geo-3EM building of Wrocaw University of Science and Technology (WUST) is conducted and the sample visualizations of a model and route finding are shown. Finally, the results are discussed and the future directions of research are presented.