bluuebunny/crossref_metadata_2025_split huggingface dataset:
Multiscale dilated denoising convolution with channel attention mechanism for micro-seismic signal denoising
Authors: Cai Jianxian , Duan Zhijun , Wang Li , Meng Juan , Yao Zhenjing 
Published: February 2024

AbstractDenoising micro-seismic signals is paramount for ensuring reliable data for localizing mining-related seismic events and analyzing the state of rock masses during mining operations. However, micro-seismic signals are commonly contaminated by various types of complex noise, which can hinder micro-seismic accurate P-wave pickup and analysis. In this study, we propose the Multiscale Dilated Convolutional Attention denoising method, referred to as MSDCAN, to eliminate complex noise interference. The MSDCAN denoising model consists of an encoder, an improved attention mechanism, and a decoder. To effectively capture the neighborhood features and multiscale features of the micro-seismic signal, we construct an initial dilated convolution block and a multiscale dilated convolution block in the encoder, and the encoder focuses on extracting the relevant feature information, thus eliminating the noise interference and improving the signal-to-noise ratio (SNR). In addition, the attention mechanism is improved and introduced between the encoder and decoder to emphasize the key features of the micro-seismic signal, thus removing the complex noise and further improving the denoising performance. The MSDCAN denoising model is trained and evaluated using micro-seismic data from Stanford University. Experimental results demonstrate an impressive increase in SNR by 11.237 dB and a reduction in root mean square error (RMSE) by 0.802. Compared to the denoising results of the DeepDenoiser, CNN-denoiser and Neighbor2Neighbor methods, the MSDCAN denoising model outperforms them by enhancing the SNR by 2.589 dB, 1.584 dB and 2dB, respectively, and reducing the RMSE by 0.219, 0.050 and 0.188, respectively. The MSDCAN denoising model presented in this study effectively improves the SNR of micro-seismic signals, offering fresh insights into micro-seismic signal denoising methodologies.
School uniforms that hurt: an Australian perspective on gendered mattering
Authors: Wolfe Melissa Joy 
Published: February 2024

AbstractSchool uniforms are proliferating as a staple in figurations created of successful students around the world. In Australia the uniform as compulsory formal school wear is a growing phenomenon in both public and private education sectors. School uniforms have often been adopted as unproblematic, by schools, parents, policymakers, and students themselves. It remains unclear from the previous limited and often contradictory research, precisely how uniforms materially affect student academic and social outcomes. Research that considers how students themselves not just perceive but feel about their uniforms is scarce. I focus on the affective response of students to their school uniforms at one government co-educational selective science high school. A PhEmaterialist approach deprivileges human agency, accounting for matter as dynamic, affective and of consequence in activities, performances, and events. The school uniform as matter is explored as a dynamic and powerful affective force in education and is situated as an integral part of a school’s iteration of binary gender differentiations. Uniforms matter twofold, as a conception that materializes what matters and the differential affect on the bodies that wear them. Bodies respond affectively to the uniform with a sense of comfort or discomfort, consciously and unconsciously. Bodies that do not fit easily with the required uniform hurt as students undergo everyday activities at school. This paper considers the affect of the uniform, with a filmic response from one high achieving ‘smart’ girl through a fine-grain analysis of her feelings of belonging and dis/comfort with and through her school uniform.
Guarding the gatekeepers: a comprehensive approach to control nosocomial measles
Authors: Limavady Andrew , Tu I.-Ting , Bedford Helen 
Published: February 2024

Abstract
Purpose
Despite substantial vaccination progress, persistent measles outbreaks challenge global elimination efforts, particularly within healthcare settings. In this paper, we critically review the factors contributing to measles outbreak and effective control measures for nosocomial transmission of measles.

Methods
We systematically searched electronic databases for articles up to 17th May, 2023. This was performed by two independent reviewers, with any disagreements resolved by a third reviewer. We also searched governmental and international health agencies for relevant studies.

Results
Forty relevant articles were systematically reviewed, revealing key factors fuelling measles outbreak in healthcare settings, including high transmissibility capability; high intensity exposure; delayed care; failure to use protective equipment and implement control measures; vaccine failure; unclear immunisation history and lack of registries; and lacking recommendation on healthcare workers’ (HCWs) measles vaccination. To combat these challenges, successful control strategies were identified which include early notification of outbreak and contact tracing; triaging all cases and setting up dedicated isolation unit; strengthening protective equipment use and physical measures; improving case detection; determining immunity status of HCWs; establishing policy for measles vaccination for HCWs; management of exposed personnel; and developing a pre-incident response plan.

Conclusion
A coordinated and comprehensive approach is essential to promptly identify and manage measles cases within healthcare settings, necessitating multifactorial strategies tailored to individual settings. These findings provide a valuable foundation for refining strategies to achieve and maintain measles elimination status in healthcare environments.
Feasibility analysis for the application of conduction tracks on textiles by means of laser radiation
Authors: Brackmann F. , Brosda M. , Seidenberg M. , Sonnenschein J. 
Published: February 2024

AbstractTextiles are not only used for clothing but also have found applications in many other areas. Textiles fulfilling functional or technical properties are called “technical textiles.” Incorporation of conductive components, sensors, or materials reacting to environmental influences convert those into so-called “smart textiles.” Common methods of applying conductive tracks to textiles are embroidery, which can cause damage to the textile, or printing of a low-conductivity paste that may include toxic chemicals. A new method of applying electrical conductors to textiles for contacting is laser welding. In this process, a thin metal foil is welded on locally with an absorber placed above the metal foil to ensure that sufficient energy is applied to partially melt the textile underneath the metal foil. One variant for welding conductive tracks is the use of a globo-optics and a diode laser system with a wavelength of 975 nm. With these optics, the glass sphere focuses the laser beam and serves as a mechanical pressure tool for achieving a zero gap between fabric and foil. Parameters that are varied are the processing speed and the laser power receiving different track widths, as well as the type of textile. In this work, their influence is evaluated by microscopy, electrical resistance measurements during Martindale tests for abrasion resistance, and tensile tests. The investigations clarify the durability and utility of welded conductive tracks on textiles. It is possible to produce conductive tracks out of beaten copper joined on textiles using laser radiation showing conductivity after 10,000 abrasion cycles. The tensile strength of textiles totally made of thermoplastics is more influenced by the heat input of the laser than blended textiles, but their abrasion resistance is worse. Furthermore, an outlook on the possibility of welding using a laser source with a wavelength of 450 nm (blue laser) and a scanner as optics will be given.
How the map becomes the territory: prediction, performativity and the process of taking digital twins for granted
Authors: Leonardi Paul M. , Leavell Virginia 
Published: February 2024

AbstractA growing body of literature argues that digital models do not just help organizational leaders to predict the future. Models can inadvertently produce the very future they purport to describe. In this view, performativity is a side-effect of digital modeling. But digital twins turn such thinking on its head. Digital twins are digital models that are designed to be performative—changes in the model are supposed to produce corresponding changes in the world the model represents. This is what makes digital twins useful. But for decision-makers to act in ways that align the world outside the model with the predictions contained within, they must first believe that the model is a faithful representation. In other words, for a digital twin to become performative, it must first be taken-for-granted as “real”. In this paper, we explore the technological and organizational characteristics that are likely to shape the level of taken-for-grantedness of a digital twin.
Exploratory study on the body distribution of skin color, pigmentation and, degree of tan in Central European Caucasian Women
Authors: Schmalwieser Alois W. , Götzinger Sabine , Schwabel Florian 
Published: February 2024

AbstractIt is well known that skin color varies by body site and with season. However, little quantitative data on the topography of skin color and pigmentation are available. Therefore, exploratory cutaneous colorimetric measurements in 20 in central European Caucasian women aged 20 to 60 years have been made at 18 body sites. Tri-stimulus L*a*b*-values, hue, and chroma are considered to describe skin color. Based on the “Individual Typology Angle”, the “Degree of Tan” was introduced to quantify the difference between constitutive and facultative pigmentation. Measurements were done in late winter and early summer to estimate potential changes by solar ultraviolet radiation. These measurements made evident that skin color obviously differs across the body in late winter. Even nearby body sites can be recognized as differently colored. A remaining degree of tan was found at permanent and intermittent exposed body sites. The remaining tan was not most pronounced at the permanently exposed sites but on the intermediate ones like the shoulder. In early summer, the degree of tan has most developed at the hands, arms, and instep, followed by the face. This study showed that besides basic differences between body sites in winter, accumulation, and degradation of tan also vary between body sites.
Graphical Abstract
HHC-induced psychosis: a case series of psychotic illness triggered by a widely available semisynthetic cannabinoid
Authors: O’Mahony Brian , O’Malley Andrew , Kerrigan Olan , McDonald Colm 
Published: February 2024

AbstractUse of both cannabis and synthetic cannabinoids has been regularly linked to the development of psychotic illness. Thus, semisynthetic cannabinoids such as hexahydrocannabinol (HHC), which have a similar neurobiological profile to delta-9-THC, may also be expected to lead to psychotic illness. However, no such relationship has yet been reported in scientific literature. HHC is readily available online and in many vape shops in Ireland. Here, we present two cases of psychotic illness which appear to have been precipitated by use of legally purchased HHC and discuss its psychotogenic role and factors linked to its current widespread availability.
Inference on the intraday spot volatility from high-frequency order prices with irregular microstructure noise
Authors: Bibinger Markus 
Published: February 2024

AbstractWe consider estimation of the spot volatility in a stochastic boundary model with one-sided microstructure noise for high-frequency limit order prices. Based on discrete, noisy observations of an Itô semimartingale with jumps and general stochastic volatility, we present a simple and explicit estimator using local order statistics. We establish consistency and stable central limit theorems as asymptotic properties. The asymptotic analysis builds upon an expansion of tail probabilities for the order statistics based on a generalized arcsine law. In order to use the involved distribution of local order statistics for a bias correction, an efficient numerical algorithm is developed. We demonstrate the finite-sample performance of the estimation in a Monte Carlo simulation.
Animalization of Kurds in Turkish-Speaking Social Media
Authors: Tutkal Serhat 
Published: February 2024

AbstractThis article analyzes tweets in the Turkish language from November 2020 to May 2021 in which Kurds are explicitly mentioned that feature negative animalization directed toward Kurds and pro-Kurdish organizations. It systematically compares ways of animalization attribution, to what entities the animalization is attributed mostly, and the attributors (actors) of animalization. First, it argues that animalizing dehumanization directed at Kurds in the data set principally occurs for attributing the lack of four human traits: agency, civility, morality, and rationality. Second, it shows in what different ways the lack of these traits is attributed to Kurdish people in general and to major pro-Kurdish groups such as HDP (the largest pro-Kurdish legal political party) and PKK (the largest pro-Kurdish armed group). Finally, it discloses three main political networks among Twitter users within the data set and characterizes how negative animal references to Kurds, pro-Kurdish groups, and each other were used by these actors. Thus, this research seeks to establish a framework to study other ethnic conflicts from the perspective of animalization and invites further research on whether the trends that were found imply a general tendency around the world.
CARBON ISOTOPE CHANGES THROUGH THE RECENT PAST: F14C AND δ13C VALUES IN SINGLE BARLEY GRAIN FROM 1852 TO 2020
Authors: Dunbar E , Scott E M , Tripney B G 
Published: February 2024

ABSTRACTRadiocarbon (F14C) and stable carbon (δ13C) values were measured in single grains of spring barley (Hordeum vulgare L.) from the sample archive from two adjacent sites of the Long-term Experiments (LTEs) Hoosfield Spring Barley at Rothamsted Research (Harpenden, Hertfordshire, UK), covering the growing periods (March to September) of 1852 to 2020. F14C data of the barley grain confirm that recent values are approaching and will decline below the “nominal” F14C value of 1, tracking a similar decrease reported in other studies. Importantly, the measured δ13C values reveal a different temporal decline over the pre-bomb and post-bomb timescale. Detailed statistical analysis of δ13C data along with δ13C analysis of independent, archived barley mash samples, verifies and quantifies the extent and rate of this decline. Evidence presented from the barley grain and barley mash samples suggests a clear breakpoint in δ13C data occurring in 1995, where the rate of change alters, in that the slope in δ13C data for the pre-1995 period is declining at 1.4‰ per century, and the slope in δ13C for the post-1995 period is declining at 3.6‰ per century. Such a consistent shift in δ13C data could be used with F14C values to extend the use of the bomb peak for forensic, ecological, and environmental applications.
CYNTHIA'S BIRTHDAY ACROSTIC (3.10.1–5): PROPERTIUS ON ELEGIAC TIME AND ETERNITY
Authors: Hejduk Julia D. 
Published: February 2024

AbstractThis article argues that an intentional acrostic spanning the first five lines of Propertius’ elegy for Cynthia's birthday (3.10), MANE[T], contributes significantly to the poignancy and purpose of the poem. MANE can be read as māne, ‘in the morning’, or manē, ‘stay!’, both of which emphasize the fleeting nature of dawn—and of Cynthia's youthful beauty. MANET can suggest both ‘[art] remains’ and ‘[death] awaits’. All four of these meanings work together to capture the tension between human transience and artistic immortality. The theme is further enhanced by a balancing reverse telestich at the poem's end, ROSA RVES (‘[a] rose, you will fall to ruin’).
Access to Abortion for Rape Victims in Armed Conflicts: A Feminist Perspective
Authors: Cerulli Francesca 
Published: February 2024

AbstractAdopting a feminist perspective, this article focuses on the protection of women's right to reproductive health during armed conflicts and, in particular, on access to safe abortion services for rape victims. Indeed, although women are disproportionately affected by conflicts, and their sexual and reproductive needs are exacerbated by the spread of sexual and gender-based violence, there is a lack of specific attention on this topic in the literature. The article therefore aims to investigate whether an obligation to provide access to safe abortion services for rape victims can be interpretatively derived from the set of international rules governing armed conflict. To this end, it will start by focusing on abortion as part of the non-discriminatory medical treatment that states must provide to the wounded and sick. It will then address the interpretation of the absolute obligation to treat humanely persons who are taking no active part in the hostilities, and investigate what such treatment entails when it comes to pregnant women who are victims of rape in armed conflicts. Finally, state practice and the practice of the UN Security Council in the framework of the Women, Peace and Security Agenda will be investigated.
Segregation of co-cultured multicellular systems: review and modeling consideration
Authors: Pajic-Lijakovic Ivana , Eftimie Raluca , Milivojevic Milan , Bordas Stéphane P.A. 
Published: February 2024

AbstractCell segregation caused by collective cell migration (CCM) is crucial for morphogenesis, functional development of tissue parts, and is an important aspect in other diseases such as cancer and its metastasis process. Efficiency of the cell segregation depends on the interplay between: (1) biochemical processes such as cell signaling and gene expression and (2) physical interactions between cells. Despite extensive research devoted to study the segregation of various co-cultured systems, we still do not understand the role of physical interactions in cell segregation. Cumulative effects of these physical interactions appear in the form of physical parameters such as: (1) tissue surface tension, (2) viscoelasticity caused by CCM, and (3) solid stress accumulated in multicellular systems. These parameters primarily depend on the interplay between the state of cell–cell adhesion contacts and cell contractility. The role of these physical parameters on the segregation efficiency is discussed on model systems such as co-cultured breast cell spheroids consisting of two subpopulations that are in contact. This review study aims to: (1) summarize biological aspects related to cell segregation, mechanical properties of cell collectives, effects along the biointerface between cell subpopulations and (2) describe from a biophysical/mathematical perspective the same biological aspects summarized before. So that overall it can illustrate the complexity of the biological systems that translate into very complex biophysical/mathematical equations. Moreover, by presenting in parallel these two seemingly different parts (biology vs. equations), this review aims to emphasize the need for experiments to estimate the variety of parameters entering the resulting complex biophysical/mathematical models.
The next generation of developmental psychopathology research: Including broader perspectives and becoming more precise
Authors: Valentino Kristin , Edler Katherine 
Published: February 2024

AbstractThe current Special Issue marks a major milestone in the history of developmental psychopathology; as the final issue edited by Cicchetti, we have an opportunity to reflect on the remarkable progress of the discipline across the last four decades, as well as challenges and future directions for the field. With contemporary issues in mind, including rising rates of psychopathology, health disparities, and international conflict, as well as rapid growth and accessibility of digital and mobile technologies, the discipline of developmental psychopathology is poised to advance multidisciplinary, developmentally- and contextually- informed research, and to make substantial progress in supporting the healthy development of individuals around the world. We highlight key future directions and challenges for the next generation of developmental psychopathology research including further investigation of culture at multiple levels of analysis, incorporation of macro-level influences into developmental psychopathology research, methods advances to address heterogeneity in translational research, precision mental health, and the extension of developmental psychopathology research across the lifespan.
A note on the neutrality of interest rates
Authors: Serletis Apostolos , Xu Libo 
Published: February 2024

AbstractWe test the neutrality of nominal interest rates taking advantage of recent advances in quantitative financial history using the Schmelzing (2022) global nominal interest rate and inflation rate series (across eight centuries), for France, Germany, Holland, Italy, Japan, Spain, the United Kingdom, and the USA. We pay attention to the integration and cointegration properties of the variables and use the bivariate autoregressive methodology proposed by King and Watson (1997). We argue that meaningful long-run neutrality tests can be performed only for three countries—Japan, Spain, and the United Kingdom—and we find no evidence consistent with the neutrality of nominal interest rates.
Information, politicization, and reputation: assessing interest groups’ agenda-setting influence in the EU
Authors: Stevens Frederik , Willems Evelien 
Published: February 2024

AbstractThis study examines interest groups’ influence on the European Commission’s policy agenda. We argue that organizations can gain agenda-setting influence by strategically emphasizing different types of information. Analyzing a novel dataset on the engagement of 158 interest groups across 65 policy issues, we find that prioritizing information about audience support is more advantageous than emphasizing expert information. However, the effectiveness of highlighting the scope of audience support depends on the level of issue salience and degree of interest mobilization. Specifically, our findings indicate that when dealing with issues characterized by quiet politics, there are no systematic differences among groups employing distinct modes of informational lobbying.