bluuebunny/crossref_metadata_2025_split huggingface dataset:
PENGUATAN LITERASI LINTAS BUDAYA MELALUI PEMBELAJARAN FILM PADA SISWA-SISWA SMA NEGERI 4 SEMARANG
Authors: Suryaningsih Sukarni , Wilujeng Sri Rahayu 
Published: June 2024

ABSTRAKMelakukan peran sebagai sarana edukasi dan hiburan, film bermuatan budaya memiliki nilai lebih karena di dalamnya penonton berkesempatan untuk belajar mengenai persamaan dan perbedaan antar budaya. Eksistensi film sebagai sarana hiburan memungkinkan masyarakat menyerap dengan lebih mudah unsur-unsur budaya yang sebelumnya tidak mereka ketahui dan pahami. Melalui kegiatan pendampingan untuk menambah pemahaman budaya, kegiatan pengabdian masyarakat ini mengajak siswa-siswa SMA untuk memiliki literasi budaya sehingga topik tayangan film yang di dalamnya terdapat unsur-unsur budaya seperti etika, norma, gaya hidup dapat mereka sikapi dengan bijakKata kunci : film, budaya populer, literasi budaya, pemahaman budaya ABSTRACTPlaying its role as a means of education and entertainment, films with cultural content have added value since the audience has the opportunity to learn about the similarities and differences among cultures. The existence of films as a means of entertainment allows people to more easily absorb cultural elements that they previously did not know and understand. Through mentoring activities to increase cultural understanding, this community service activity invites high school students to have cultural literacy so that they can approach wisely the topics of film shows which contain cultural elements such as ethics, norms, lifestyles.Keywords : film, popular culture, cultural literacy, cultural understanding
Mobility-in-place: how to keep privilege by being mobile at work
Authors: Tupas Ruanni , Tarrayo Veronico N. 
Published: June 2024

Abstract
In this paper, we explore the notion of mobility as a dynamic process of keeping oneself in a privileged position through the mobilisation of linguistic, communicative, and semiotic resources. It is a proposed construct that troubles our understanding of the two dominant paradigms in the study of language in globalisation: the sociolinguistics of distribution (study of language-in-place) and the sociolinguistics of mobility (study of language-in-motion) (Blommaert and Dong 2007. Language and movement in space. Working Papers in Language Diversity. University of Jyväskylä). We examine the professional life story of Andrew and Juanito to map out the inventive manner by which they move around within their workplaces through their deployment of language, and English in particular. While there has been substantial work dedicated to unpacking elite language and how it enables the mobility of speakers, our paper departs from it by constructing an understanding of how such privilege is organized in terms of people’s ability to shift between linguistic and stylistic choices in order to mobilize their own privileged mobility within their chosen workplaces. What we see here is the mobilisation of ‘language-in-motion-in-place’ -- or broadly, mobility-in-place -- which erases the conceptual dichotomy between the two dominant paradigms in the study of language and globalisation: while the speakers are in place, they are also mobile.
Venous blood collection systems using evacuated tubes: a systematic review focusing on safety, efficacy and economic implications of integrated vs. combined systems
Authors: Rigoni Marta , Tessarolo Francesco 
Published: June 2024

Abstract
Venous blood collection systems (VBCSs) are combinations of in-vitro diagnostics and medical devices, usually available as integrated set. However, purchasing and using a combination of devices from different sets is considered by clinical laboratories as an option to achieve specific sampling tasks or reduce costs. This systematic review aimed to retrieve available evidence regarding safety, efficacy, and economic aspects of VBCSs, focusing on differences between integrated and combined systems. The literature review was carried out in PubMed. Cited documents and resources made available by scientific organisations were also screened. Extracted evidence was clustered according to Quality/Efficacy/Performance, Safety, and Costs/Procurement domains and discussed in the current European regulatory framework. Twenty documents published between 2010 and 2021 were included. There was no evidence to suggest equivalence between combined and integrated VBCSs in terms of safety and efficacy. Scientific society’s consensus documents and product standards report that combined VBCS can impact operators’ and patients’ safety. Analytical performances and overall efficacy of combined VBCSs are not guaranteed without whole system validation and verification. EU regulatory framework clearly allocates responsibilities for the validation and verification of an integrated VBCS, but not for combined VBCSs, lacking information about the management of product nonconformities and post-market surveillance. Laboratory validation of combined VBCS demands risk-benefit and cost-benefit analyses, a non-negligible organisational and economic burden, and investment in knowledge acquisition. Implications in terms of laboratory responsibility and legal liability should be part of a comprehensive assessment of safety, efficacy, and cost carried out during device procurement.
IoT based solar power forecasting using SSA-ELM technique
Authors: Borgohain Santanu , Dalai Sumant K. , Peesapati Rangababu , Panda Gayadhar 
Published: June 2024

Abstract
The optimizing of renewable energy use and grid integration relies on accurate solar power predictions. In order to predict the amount of power that solar photovoltaic (PV) systems would produce inside an IoT framework, this study suggests a new method that integrates Singular Spectrum Analysis (SSA) with Extreme Learning Machine technology. The SSA algorithm makes sense of solar power data by separating it into its component parts, such as trend, seasonality, and noise. The ELM model, a quick and effective feedforward neural network with a single hidden layer, takes these broken-down parts as input characteristics. In order to enhance the accuracy of solar power forecasts, the suggested strategy combines the decomposition skills of SSA with the predictive capability of ELM. Data acquired by solar PV sensors is input into the IoT-based forecasting model, which then undergoes preprocessing with SSA, feature extraction, model training with ELM, and performance evaluation. The SSA-ELM methodology has been successfully tested on real solar power data and has shown promising results in terms of accuracy measures such as low mean absolute error and mean absolute percentage error. By implementing the suggested method, accurate projections of solar output can be made, leading to better energy management, lower costs, and the smooth incorporation of renewables into smart grids. A dependable and computationally efficient method for solar forecasting in Internet of Things applications is provided by the combination of SSA and ELM.
RANS study of surface roughness effects on ship resistance
Authors: Ali Zainab , Bognár Gabriella 
Published: June 2024

Abstract
In marine engineering, optimizing the performance of vessels is a key issue, particularly in increasing fuel efficiency, reducing operating costs, and minimizing environmental impact. One of the most critical determinants of vessel efficiency is hull resistance, which directly affects fuel consumption, power requirements, and cruising speed. We aim to investigate how surface roughness affects hull flow resistance, to quantify the drag variation at different surface roughness levels using special wall functions that reproduce boundary layer dynamics. This approach involves the complex interaction between the intricate complexity of roughness and the nonlinear pressure drag effects on the hull. The KVLCC2 ship model is used as a representative prototype in the CFD analysis based on the RANS equations and the k-omega SST model to independently evaluate the roughness effects on individual ship sections. The comparative analysis with empirical data reveals the complex relationship between surface roughness and ship resistance and provides insights for ship design and operational improvement. The study investigates the interaction between drag coefficient and vessel performance to improve hydrodynamic efficiency.
Review on nanocellulose composites and CNFs assembled microfiber toward automotive applications
Authors: Tu Wenqiong , Wang Shuaijun , Deng Qiaoyun , Li Dagang , Zhang Yao , Wang Qianqian , Jiang Haobin 
Published: June 2024

Abstract
Nanocellulose derived from plant cell wall, due to its unlimited sources, is regarded as a next-generation green material for the automotive industry because of its high tensile strength (≥3 GPa), high elasticity modulus (110–220 GPa), and low density (1.6 g/cm3). This study first introduces the structural characteristics, preparation techniques, and mechanical properties of nanocellulose. Then, three types of nanocellulose composites, including nanocellulose directly reinforced polymers, hybrid fiber-cellulose composites, and all cellulose composites (ACCs), are reviewed. The corresponding preparation techniques, material properties, reinforcement mechanisms of nanocellulose, and application limitations are discussed in detail. To overcome the insufficient mechanical properties of nanocellulose directly reinforced polymers and ACCs toward the manufacture of automobile structural components, self-assembly techniques prove to be effective to prepare macroscopic fibers by first aligning nanocellulose and then assembling them into continuous micro-size fibers. We reviewed different self-assembly techniques and multiscale modeling techniques of cellulose nanofibers (CNFs) assembled microfibers. Furthermore, we proposed a finite element or finite volume technique-based micromechanics framework to predict the homogenized responses of CNFs assembled microfibers, which serve as a fundamental layer to construct a multiscale modeling strategy toward CNFs assembled microfiber-based composite structures. The proposed multiscale modeling strategy is expected to greatly facilitate the development of CNFs assembled microfiber-based composite structures and significantly advance the application of nanocellulose in automotive structural applications.
The significance of quadratic thermal radiative scrutinization of a nanofluid flow across a microchannel with thermophoretic particle deposition effects
Authors: Nimmy Pullare , Naveen Kumar Rangaswamy , Madhukesh Javali Kotresh , Khan Umair , Ishak Anuar , Nagaraja Kallur Venkat , Kumar Raman , Muhammad Taseer , Seddek Laila F. , Abed Ahmed M. 
Published: June 2024

Abstract
The investigation of thermal radiation and thermophoretic impacts on nano-based liquid circulation in a microchannel has a significant impact on the cooling of microscale equipment, microliquid devices, and many more. These miniature systems can benefit from the improved heat transfer efficiency made possible by the use of nanofluids, which are designed to consist of colloidal dispersion of nanoparticles in a carrier liquid. Understanding and precisely modeling the thermophoretic deposition (TPD) of nanoparticles on the channel surfaces is of utmost importance since it can greatly affect the heat transmission properties. This work examines the complex interaction between quadratic thermal radiation, magnetohydrodynamics, and TPD in a permeable microchannel. It aims to solve a significant knowledge gap in microfluidics and thermal and mass transport. The governing equations are simplified by applying suitable similarity restrictions, and computing solutions to the resulting equations is done using the Runge‒Kutta Fehlberg fourth‒fifth-order scheme. The results are shown using graphs, and significant engineering metrics are analyzed. The outcomes show that increased Eckert number, magnetic, and porous factors will improve the thermal distribution. Quadratic thermal radiation shows the greater thermal distribution in the presence of these parameters, while Linear thermal radiation shows the least thermal distribution. The rate of thermal distribution is higher in the linear thermal distribution case and least in the nonlinear thermal radiation case in the presence of radiation and solid fraction factors. The outcomes of the present research are helpful in improving the thermal performance in microscale devices, electronic devices cooling, health care equipment, and other microfluidic applications.
Assessment of the recurrent mutagenesis efficacy of sesame crosses followed by isolation and evaluation of promising genetic resources for use in future breeding programs
Authors: Kar Rajesh Kumar , Mishra Tapash Kumar , Pradhan Banshidhar , Behera Debasis , Das Subhashree , Swain Deepak Kumar , Behera Srikrushna , Pandey Ritu Kumari , Jena Monalisha , Padhiary Aditya Kiran , Dip Lingaraj , Pattanayak Sarthak , Monalisa SP , Pradhan Poonam Preeti , Sarangi Debendra Nath , Mohanty Mihir Ranjan , Lenka Biswajit , Rout Rajendra Kumar , Moharana Nutan , Sahu Dibyabharati , Patel Manas Kumar , Tripathy Barsha , Dash Sasmita Priyadarshini , Pradhan Rojalin , Mishra Rashmi Prabha , Sahoo Biswanath , Alharbi Sulaiman Ali , Ansari Mohammad Javed , Hossain Akbar 
Published: June 2024

Abstract
The primary causes of low sesame production are a lack of high-yielding varieties, an inability to adjust to environmental challenges, and a poor response to enhanced crop management. The potential for improving sesame has been investigated using a variety of breeding approaches, including mutation and recombination breeding; however, these methods have only produced a minor increase in productivity. Recombination and mutant breeding have recently been proposed as novel, cutting-edge approaches to overcome the limitations of conventional breeding practices. This study was conducted to assess the recurrent mutagenesis efficacy of sesame crosses, followed by the isolation and evaluation of superior breeding lines that could be released as varieties in the future. In the F4M4 generation, the populations were grown in a randomized block design (RBD), and the efficacy of recurrent mutagenesis was assessed in terms of variability parameters such as the mean, standard deviation, and coefficient of variation. During the F5M5 generation, the materials were grown in three separate trials in Compact Family Block Design to evaluate the between-family and within-family variations, followed by the isolation of improved breeding lines based on per se performance. The improved breeding lines were further advanced to the F6M6 generation for evaluation in three separate trials in an RBD. In the F6M6 generation, ANOVA, correlation, regression, path coefficient, and Mahalanobis’s D
2 analysis were computed, followed by the construction of selection indices to select superior lines. The results showed the importance of three or four EMS treatment cycles for sesame improvement in the F4M4 generation. Twenty of the top lines based on per se performance (with a selection intensity of 27%) from each category in the F5M5 generation were carried forward to the F6M6 generation. In the F6M6 generation, the top six breeding lines (with a selection intensity of 30%) from each category, for a total of 18 breeding lines, were chosen based on these index scores. These high-yielding micromutant lines could be subsequently released as varieties through multiplication trials with standard checks. After a thorough evaluation, these lines have the potential to replace the current varieties and increase production, productivity, and adoption of sesame in India.
Combining ability of maize (Zea mays l.) inbred lines adapted to sub-humid central highland of Ethiopia
Authors: Mitiku Takele , Nepir Gudeta , Negera Demoz 
Published: June 2024

The production of maize, a primary food crop in Africa, is hampered by a lack of high-yielding cultivars, biotic and abiotic stressors. In order to create high-yielding maize varieties, choosing promising germ plasm that have good combining ability, and heterotic groups is so important. Estimating the GCA and SCA of grain yield and other yield-related traits of maize inbred lines was the goal of this work. In 2019 using line by tester mating design, 26 inbred lines were crossed with two testers to produce 52 F1 hybrids. The experiment was carried out in the Ambo and Kulumsa Agricultural Research Centres in the 2020 cropping season using an alpha lattice design with two replications. Analysis of variance revealed significant mean squares attributable to crosses and lines in each location and across locations for targeted traits. The finding of the line x tester ANOVA showed significant mean squares for lines, testers, and cross for grain yield, anthesis date, silking date, plant height, ear height, kernel row per ear, and number of ears per plant. This show inconsistency of inbred lines traits across testing sites. While crossings L1xT2, L17xT1, L8xT1, L10xT1, L14xT1, L20xT2, L24xT2, and L26xT1 were effective particular combiners, inbred L2, L4, L5, L7, L10, and L13 were strong general combiners for grain yield. The best particular combiners for plant and ear height traits were L11xT1, L17xT1, and L11xT1, L26xT2, while L14, L21, and L22 worked well for EPP and L14 for KPR with T1.
Hospital Readmission in Patients with COVID-19
Authors: Rahimian Neda , Heidari Mahshid , Hashemi-Madani Nahid , Tavakoli Nader , Khamseh Mohammad E 
Published: June 2024

Background: During the Coronavirus Disease 2019 (COVID-19) pandemic, the demand for hospital beds has exceeded substantially. Thus, we aimed to conduct this study to identify factors associated with the risk of readmission in order to introduce the best discharge plan for patients with high risk of hospital readmission.
Methods: This is a multicenter, case-control study including 1357 patients hospitalized with COVID-19 infection. Age-sex-matched case and control groups were paired at 1:2 ratios, and COVID-19 readmission rate was assessed. Moreover, the logistic regression analysis was applied to determine the factors associated with readmission.
Results: Of the 1357 patients, 99 (7.29%) subjects were readmitted. The most common cause of readmission was respiratory distress. The median (interquartile) of the interval between hospital discharge and the second admission was 5 (2-16) days. Upon adjusting with the main risk factors, having at least one underlying disease and being treated with the corticosteroid were significantly associated with a higher rate of readmission (OR: 2.76, 95%CI: 1.30- 5.87) and (OR: 8.24, 95%CI: 3.72-18.22), respectively.
Conclusion: Identification of risk factors of COVID 19 readmission will improve resource utilization and patient care.
Investigating the Esophageal Pressure Measurement to Adjust NIPPV to Prevent Pulmonary Barotrauma in Patients with COVID- 19 under Respiratory Support Admitted to the ICU
Authors: Boldaji Hossein Naderi , Hazrati Ibrahim , Kheradmand Behroz , Rafiei Mohamadreza 
Published: June 2024

Background: Respiratory failure following COVID-19 can lead to the death of COVID patients. Monitoring these patients during their ventilation is essential. The present study investigated the effect of measuring esophageal pressure in preventing barotrauma while receiving Noninvasive Positive Pressure Ventilation (NIPPV) in patients with COVID-19.
Methods: The present study is a single-blind clinical trial conducted on patients with COVID-19 hospitalized in the Intensive Care Unit (ICU). The patients were divided into two groups; one group had their esophageal pressure measured while receiving NIPPV, their ventilation was adjusted based on this pressure, and the second group was only ventilated according to anesthesia protocols. Finally, the data was entered into SPSS V.23 software and analyzed according to the study’s objectives.
Results: The results of the present study showed that the incidence of subcutaneous emphysema-type barotrauma in the Esophageal Pressure (EP) monitoring group was lower than in the non-Esophageal Pressure (nEP) monitoring group. Also, the IPAP level in the EP group was lower than in NEP. The incidence of complications such as abdominal bloating and gavage intolerance was lower in EP than in NEP. The blood oxygen level in NEP was higher than in EP, but there was no significant difference between them.
Conclusion: Esophageal pressure measurement in patients with COVID-19 receiving NIPPV can reduce barotrauma in the patients.
Editorial
Authors: Da Rocha Suyene Monteiro 
Published: June 2024

Ao buscarmos um nome que espelhasse os propósitos aos quais estávamos nos lançando, no momento de criação da primeira Revista do Curso de Direito da Universidade Federal do Tocantins, a denominação vertentes sempre pulsava na mente. Vertentes, caminhos, cenários, opções, perspectivas, essa é a conotação que se almeja, novos rumos a serem perfilhados pelo Direito. A Revista Vertentes do Direito traz como objeto a composição da multidisciplinaridade, a construção de novos caminhos para o Direito, a estruturação de vertentes que sejam capazes de dinamizar a norma de uma forma singular, sob outros olhares, perspectivas ampliadas.
DECIFRANDO A UFT: uma leitura semiótica da Universidade Federal do Tocantins
Authors: Martins Moisés de Lemos , Ribeiro Bianca Zanella 
Published: June 2024

Quando completava 11 anos, a Universidade Federal do Tocantins adotou uma nova marca e incluiu um brasão em sua simbologia, na quarta mudança significativa de identidade visual ao longo de sua história. Cinco anos depois, este artigo recapitula esta evolução por uma abordagem semiótica analítico-descritiva e busca desvendar, com uma visão crítica do discurso institucional e à luz de fundamentos do design e da imagem, possíveis interpretações para além dos significados oficiais das representações simbólicas. Desta leitura conclui-se que as mutações da identidade visual da UFT encontram justificativa no processo de consolidação da Universidade, dialogam com a sua trajetória e podem ser interpretadas como síntese de sua identidade institucional.

PALAVRAS-CHAVE: Comunicação organizacional; identidade visual; imagem; marca; universidade

ABSTRACT
When it was 11 years old, the Federal University of Tocantins adopted a new brand and included a coat of arms in its symbolism, the fourth significant change of visual identity throughout its history. Five years later, this article recapitulates this evolution through an analytic-descriptive semiotic approach and seeks to unveil, with a critical view of institutional discourse and in the light of design and image fundamentals, possible interpretations beyond the official meanings of symbolic representations. From this reading it is concluded that the mutations of UFT's visual identity are justified in the consolidation process of the University, they dialogue with its trajectory and can be interpreted as a synthesis of its institutional identity.

KEYWORDS: Brand; image; organizational communication; university, visual identity

RESUMEN
Cuando cumplía 11 años, la Universidad Federal de Tocantins adoptó una nueva marca e incluyó un escudo en su simbología, en el cuarto cambio significativo de identidad visual a lo largo de su historia. Cinco años después, este artículo recapitula esta evolución por un enfoque semiótico analítico-descriptivo y busca desvelar, con una visión crítica del discurso institucional ya la luz de fundamentos del diseño y de la imagen, posibles interpretaciones más allá de los significados oficiales de las representaciones simbólicas. De esta lectura se concluye que las mutaciones de la identidad visual de la UFT encuentran justificación en el proceso de consolidación de la Universidad, dialogan con su trayectoria y pueden ser interpretadas como síntesis de su identidad institucional.

PALABRAS CLAVE: Comunicación organizacional; identidad visual; imagen; marca; universidad.