Bon View Publishing

🎉 We are delighted to announce that five of our journals included Artificial Intelligence and Applications, Green and Low-Carbon Economy, Journal of Data Science and Intelligent Systems, Archives of Advanced Engineering Science, and International Journal of Changes in Education have officially been indexed in EBSCO Information Services database. 📚✨ The full text ingestion is still in progress and will be completed at the end of this year. This is a significant achievement and reflects our commitment to excellence in academic publishing. 🌟 The EBSCO database (EBSCOhost) is a multidisciplinary full-text database provided by EBSCO Information Services in the United States. 🇺🇸 It encompasses nearly 60 databases, covering a broad range of disciplines including arts, business, and education. Known for its global reach, abundant resources, powerful search capabilities, and high-quality full-text content, it is an important tool for academic research and knowledge acquisition. 🌍🔍 This accomplishment represents a major milestone for Bon View Publishing. We extend our sincere gratitude to our dedicated team of editors, authors, and reviewers who consistently uphold the quality and integrity of our journals. 👏 Their commitment to excellence in research and publication has been crucial in earning this recognition. The inclusion of our journals in EBSCO paves the way for new opportunities in global collaboration and knowledge sharing. 🌐 Researchers, scholars, and institutions can now more easily access our publications, promoting the dissemination of valuable research findings across a broader academic community. EBSCO's recognition further demonstrates our unwavering commitment to promoting and disseminating cutting-edge research in all fields. 📈 It demonstrates our commitment to fostering academic excellence and innovation. 💡 We are excited about the future possibilities this indexing will bring and look forward to continued growth and collaboration within the academic community.

We are thrilled to share an online-first article published in Medinformatics with you! Feel free to read and share if you are working on the same theme for your research. Title: A Pilot Study of Deep Learning-Based Monocular Depth Estimation from Fundus Photographs Contributors: Rony Gelman, New York University and Retina Consultants of America, USA Michael D Abramoff, University of Iowa and Digital Diagnostics , USA Abstract: The purpose of this study was to evaluate the feasibility of a generalizable deep-learning (DL) based system with no a priori knowledge of fundus photographs to generate monocular depth map information about optic disc structures from this imaging modality. Images of 30 stereo pairs of fundus photographs centered on the optic disc of 30 subjects were analyzed with this DL system to generate monocular depth maps using zero-shot cross-dataset transfer. These maps were registered onto reference standard depth maps derived from Optical Coherence Tomography. Accuracy of the DL system was assessed by the root of mean squared error (RMSE) between the estimate and reference standard. 47% of the total images from the dataset were successfully processed, with mean RMSE of 0.081. Our findings demonstrate that single image, monocular depth estimation with a generalizable DL system using zero-shot cross-dataset transfer applied to retinal color fundus photographs is feasible and has potential.

Join the EMBO | EMBL Symposium on "Theory and Concepts in Biology" happening at EMBL Heidelberg (with a virtual option)! This exciting event will bring together top researchers to explore how theoretical frameworks can shape and be shaped by biological research. 🌱 Topics include biologically active matter, cellular information processing, memory and learning, organismal behavior, and more. 🌍 Don't miss out on networking with global leaders in biology and advancing your research horizons. 🗓️ Save the Date: May 6-9, 2025. More details & registration: https://lnkd.in/gnTJMB5a #Biology #TheoreticalBiology #EMBL #EMBOSymposium #ScientificResearch #CellBiology #BiologicalTheory #LifeSciences #ResearchInnovation #BiologyCommunity #Networking #ScienceEvents #TheoreticalFrameworks #BiologicalResearch #EMBLHeidelberg #FutureOfBiology

With our pleasure to share with you all that a new article has been published Online First in @International Journal of Changes in Education. "This Course Is Ungraded: The Impact of Ungrading Practices on Students and Their Instructor" by Dr. Ted Kesler, Queens College, USA. Abstract: The researcher studied ungrading practices in an introductory course on emergent language and literacy in the early years for undergraduate students interested in pursuing careers as classroom teachers at an urban public college in the northeast United States. Based on the Scholarship of Teaching and Learning (SoTL), the researcher applied self-efficacy and reflective teaching theories to address how a course designed with ungrading practices impacted students’ self-efficacy and the researcher as a reflective teacher. The researcher used mixed methods to analyze data. Findings show that students’ participation presented a calibration of dynamic interaction between personal, behavioral, and environmental factors. Findings also show how integral it was to build a supportive learning community to develop students’ self-efficacy. Ungrading practices created conditions for a humanizing pedagogy. The researcher applied an ethics of care that diminished power over students and instead emphasized power with students. This shift in power enabled dialogic discourse that informed responsive teaching and reflective practice. Rather than best practices, a course designed with ungrading practices is deeply contextual and requires an inquiry stance. For full reading, please visit the relevant page: https://lnkd.in/eUVDdKGc

With our pleasure to share with you all that a new article has been published Online First in @International Journal of Changes in Education. "Assessing Cognitive and Perceptual Abilities in Imaginative and Mainstream Elementary Schools: A Case Comparison" by Dr. Emmanouil Mavrelos from University of Aegean, Greece and Dr. Thanasis Daradoumis from University of Aegean, Greece and Open University of Catalonia, Spain. Abstract: This study investigates the impact of imaginative pedagogy on the cognitive and perceptual abilities of elementary school students aged 7-8, using a case comparison approach. Focusing on a Waldorf school as a case for imaginative education and a mainstream Greek school, the research examines abilities including Spatial, Linguistic, Kinesthetic, Naturalistic, Mathematical and Musical. The study utilized a mixed method consisting of playful assessment activities and classroom observations to evaluate these abilities comprehensively. The findings reveal that students in the Waldorf school demonstrate significant advantages in the Spatial, Linguistic, Kinesthetic and Naturalistic areas, attributed to the school's imaginative teaching methods. More specifically, imaginative pedagogy is shown to resonate well with competences related to physical activities, language processing, understanding of the natural world, and visual-spatial reasoning. In contrast, there are no significant differences in Math-Logic and Musical abilities between the two school types, despite the traditional emphasis on language and mathematics in mainstream Greek schools. The study highlights the potential benefits of imaginative pedagogy for holistic cognitive development, suggesting its applicability in mainstream education. For full reading, please visit the relevant page: https://lnkd.in/emrdmh4W

We are excited to announce the publication of a groundbreaking study in the Journal of Optics and Photonics Research titled: “Study of Dependence of the Energy of the Field in Weakly Conductive Fiberlight-Guide with Gradient Refractive Index Profile Without Regard to Polarization” 📚 Authors: Victor D. Vlasenko Vyacheslav A. Gladkikh 📍 Affiliation: Computing Center, Far Eastern Branch of the Russian Academy of Sciences(CC FEB RAS), Russia 🔍 Key Highlights: · Explores the behavior of energy in optical fibers with gradient refractive index profiles, without polarization consideration. · Presents new findings on normalized energy for different refractive index profiles, offering insights into optimizing single-mode fiber design. · Results have practical implications for selecting suitable fibers for specific applications. 📖 Read the full study and explore how these findings can enhance your understanding of fiber optics: https://lnkd.in/gsUQSZbW We encourage fellow scholars and researchers in the field of optics and photonics to read, engage, and cite this valuable contribution! #Optics #Photonics #FiberOptics #Research #JOPR #OpticalFiber

We are thrilled to announce the online publication of a significant research article in the Journal of Optics and Photonics Research titled, "Study of Combustion-Derived Monoclinic Crystal (Ba2MgSi2O7) Structure and Dy3+ Luminescence for Generation of White Long Afterglow Phosphor and Its Applications." 🔬 Authored by Shashank Sharma from Government Gramya Bharti College Hardibajar and Sanjay Kumar Dubey from Dr. Radhabai Government Navin Girls College, this study delves into the structural, optical, and thermal characteristics of Ba2MgSi2O7 + nanophosphor, exploring its potential for white LED-based solid-state lighting devices. The research highlights the monoclinic crystal structure, the strong luminescence properties of Dy3+ ions, and the potential applications of this material in various fields, including energy-efficient lighting solutions.📚 We extend our heartfelt thanks to the authors for their valuable contribution to the field of optics and photonics. Read the full article here: https://lnkd.in/gdKvBgB7 #Research #Optics #Photonics #Nanophosphors #SolidStateLighting #JOPR

Newly published article to share with you! Feel free to read and forward! Title: A Comprehensive Study on the Production and Characterization of Eco-Friendly Biodegradable Plastic Films from Dent Corn Starch https://lnkd.in/di4xdfyA Abstract: The increasing demand for eco-conscious and sustainable biomaterials has propelled the exploration of alternatives to petroleum-derived materials. This study delves into the utilization of dent corn (Zea mays L.) starch as a renewable resource for crafting biodegradable packaging solutions. The physicochemical properties of dent corn starch were meticulously assessed through a series of preparation steps, encompassing washing, cutting, grinding, drying, and pulverizing. Despite the inherent variability in dent corn sourced from local markets, the resulting starch exhibited commendable characteristics, including a pH of 7.02, moisture content of 6.50%, ash content of 0.20%, bulk density of 0.47 g/ml, gelatinization temperature of 61.2 ˚C, protein content of 2%, and a yield of 64%. Subsequently, employing the casting method, bioplastic films were synthesized using starch powder, water, and glycerol as a plasticizer. A comprehensive evaluation of the chemical, mechanical, solubility, and biodegradability properties of the films ensued. Remarkably, the films demonstrated notable values for tensile strength (2.58 MPa), elongation at break (24%), and film thickness (1.4 mm), alongside exhibiting low absorption rates in various media and remaining insoluble in solvents, even at elevated temperatures. Notably, the influence of glycerol content on the tensile strength and biodegradability of the films was elucidated through a least squares model, underscoring its pivotal role. These findings highlights the potential of dent corn starch as a viable alternative for the development of biodegradable packaging materials, despite the variability inherent in its sourcing from local markets. The study significantly contributes to ongoing endeavors aimed at fostering sustainability and reducing reliance on petroleum-derived materials, aligning with the escalating environmental consciousness. #cornstarch #bioplasticfilm #biodegradableplastic

New Article Sharing! Feel free to read and forward this work published in @Archives of Advanced Engineering Science! Title: Diffusion of Municipal Waste Pollutants in Electrokinetic Lead-Remediated Compacted Lateritic Soil Contributors: Kevin Omolara Kobdang; Uyi Aiyudabie; Alex George, all from Karachi Institute of Economics & Technology (KIET) #containmentbarrier #lead #electrokineticremediation #diffusion #leachate #lateritic

Artificial Intelligence and Applications has successfully published an outstanding article! This paper, titled "Soliton Solutions of Some Ocean Waves Supported by Physics Informed Neural Network Method", was authored by @İsmail Önder, Abdulkadir Sahiner, Aydin Secer, and Mustafa Bayram. The study focuses on key topics such as soliton solutions, the modified Benjamin-Bona-Mahony equation, the Ostrovsky-Benjamin-Bona-Mahony equation, the Mikhailov-Novikov-Wang equation, and physics-informed neural networks. You can read the full article through the following link: https://lnkd.in/dmvjmTbs