bluuebunny/crossref_metadata_2025_split huggingface dataset:
Informationsmodellierung zur Überwachung der energiebezogenen Leistung
Authors: Wagner Lukas , Reinpold Lasse , Juhlin Prerna , Fay Alexander 
Published: March 2023

Ein Energiemanagementsystem nach DIN EN ISO 50001 hilft Unternehmen, ihren Energieverbrauch zu erfassen und ihre Energieeffizienz zu verbessern. Da beim Energiemanagement eine große Menge an Daten erhoben und verwaltet werden muss, wird in diesem Beitrag eine Methode vorgestellt, wie relevante Einflussgrößen (Variablen) auf den Energieverbrauch identifiziert und in Leistungskennzahlen berücksichtigt werden können. Die Methode ist konform mit den ISO-Standards 50001 und 50006. Zur Verwaltung der Daten wird ein Prozess-Informationsmodell verwendet, welches weiterhin die Übertragbarkeit der Methode auf verschiedene Produktionssysteme vereinfacht. Die sechs Schritte der Methode werden im Verlauf des Beitrages erläutert und auf einen beispielhaften Anwendungsfall des Zerkleinerungsprozesses von Erz in einer Mine angewendet. So wird gezeigt, wie die Methode zur Verringerung des Energieverbrauchs und der Treibhausgasemissionen beitragen kann.
Trayectorias de la enseñanza de las matemáticas en ingeniería: entornos colombiano y norteamericano
Authors: Mejía-Aguilar Guillermo , Arévalo Viveros Luis Fernando , Lizcano-Dallos Adriana Rocío , Mendoza-Higuera Edith Johanna 
Published: March 2023

Este texto presenta una revisión sistemática de artículos científicos, tipo scoping review, sobre educación matemática en programas de ingeniería, en los entornos colombiano y norteamericano, durante el periodo 2000 – 2020. La exploración, surgida del proyecto de investigación “Fundamentos teóricos y metodológicos de la enseñanza de la matemática en ingeniería”, siguió los protocolos del Instituto Joanna Briggs y consideró literatura especializada incluida en Scopus y Publindex. La información, clasificada como “experiencia pedagógica”, “reflexión” o “revisión”, permitió describir tendencias de investigación y acción respecto a la enseñanza, el aprendizaje, el currículo y la evaluación de las matemáticas en ingeniería. Los resultados permitieron concluir que en el contexto norteamericano existe un interés significativo por la investigación sobre el aprendizaje, el currículo y la evaluación de las matemáticas en ingeniería, desde enfoques sistémicos, interdisciplinarios y socioculturales. En contraste, la literatura sobre el tema en Colombia presenta una tendencia al estudio de procesos de enseñanza, desde perspectivas disciplinares y cognitivas de la educación matemática
“It’s about moving people.” A Conversation with Ryan Brumfield of NCDOT’s Integrated Mobility Division
Authors: Riegel Lisa 
Published: March 2023

Interview conducted by Lisa Riegel As the population of North Carolina ages, the state Department of Transportation is increasing its focus on safe and equitable mobility. Lisa Riegel of AARP North Carolina, guest editor of this issue of the North Carolina Medical Journal, interviewed NCDOT Integrated Mobility Division Director Ryan Brumfield about this work.
Entry point decision in intramedullary fixation of radial shaft fractures in paediatric population- Should we care?
Authors: Singh Ankit , Jawed Akram , Gupta Vikas 
Published: March 2023

Children and adolescents are prone to diaphyseal both bone forearm or radial shaft fractures. The use of ESIN (Elastic stable intramedullary nailing) for intramedullary fixation is recommended in such fractures with significant angulation/malrotation. Comparative study of complications resulted by the two most common entry points: Lister’s entry point and lateral entry was done. We report a prospective one-year comparative study of seventeen patients who were operated with ESIN (Lister’s entry/Lateral entry) and complications were ascertained of either entry points using CHOP parameters.All seventeen patients underwent surgical intervention.Two out of eight cases with lister’s entry developed EI (Extensor indicis ) and EPL injury respectively whereas none of the patients with lateral entry showed any long term complications. No complications of infections, malunion or non-union was seen.We recommend using a lateral entry point based on our findings. Dorsal entry/Lister’s entry point complicating in extensor tendon injury often results in long term complications prolonging period of rehabilitation.
Migração, Saúde e Direitos Humanos: uma introdução
Authors: Hoefel Maria da Graca Luderitz , Severo Denise Osório , Bermudez Ximena Pamela Diaz , Senna Jacinta 
Published: March 2023

As interfaces e as implicações mútuas entre migração, saúde e direitos humanos constituem a perspectiva analítica deste número especial da revista Tempus – Actas de Saúde Coletiva, que se dispõe a refletir sobre tais relações, em especial no contexto do Brasil e da França.
O enfoque em ambos países decorre de uma proposta internacional de pesquisa que se debruçou sobre o universo do cotidiano da vida desses sujeitos, cuja iniciativa começa a delinear-se em 2015 e concretiza-se a partir de 2017. Essa pesquisa, intitulada “Projeto Vidas Paralelas Migrantes Brasil-França”, foi a mola propulsora que conduziu ao esforço coletivo materializado em algumas das contribuições contidas neste número e, sobretudo, possibilitou a imersão no universo ainda invisibilizado das condições de vida desses sujeitos.
On the Possibility of Developing a Seismoelectrical Method for Direct Hydrocarbon Prospecting in the Arctic Seas without the Use of a Streamer Cable
Authors: Shaidurov G.Ya. , Detkov V.A. , Shaidurov R.G. 
Published: March 2023

Abstract
—We provide an analytical assessment of electrical and seismic signals of the seismoelectrical effect over a hydrocarbon deposit in the sea with seismic wave excitation using pulsed nonexplosive sources and reception by automatic underwater vehicles. The hardware complex required for the implementation of the method is described. Methods for suppressing reverberation interference are considered.
Geoelectric Model of the Central Part of the North Caucasus: Three-Dimensional Inversion
Authors: Belyavsky V.V. 
Published: March 2023

Abstract
—Interpretation of magnetotelluric data within the North Caucasus marginal massif, the uplift of the Main Range, and the Stavropol Arch, performed on the basis of one- and two-dimensional inversions of the impedance tensor components and three-dimensional mathematical modeling, makes it possible to compile the starting and test models that are necessary for a three-dimensional inversion. It is shown by the three-dimensional inversion of all the impedance tensor components, carried out on a test three-dimensional model, that it is possible to estimate the parameters of conducting model blocks. The three-dimensional inversion of all the experimental impedance matrix components, performed with account for the results obtained on the test three-dimensional model, significantly corrects the parameters of the conducting blocks identified at the stages of one- and two-dimensional inversions, as well as the three-dimensional mathematical modeling of magnetotelluric fields in the central part of the North Caucasus. In the resulting three-dimensional geoelectrical model of the region, the position of low-resistance blocks correlates with the location of suture zones, deep faults, volcanic chambers, and domains with converted earthquake waves, whose velocities are reduced and whose absorption is increased. This can be explained by the dependence of the conductivity of crustal blocks on water saturation. Earthquake hypocenters are grouped near low-resistance anomalies.
Evaluación del agente extractante para la aplicación de la técnica de lavado en suelo contaminado por metales pesados en pasivos mineros
Authors:   , Torres Ángeles Flavio Ernesto 
Published: March 2023

La biorremediación, se ha convertido en una de las mejores alternativas para remediar los compuestos que impactan de manera negativa al suelo como es el caso de los metales pesados. El objetivo es la revisión sobre la aplicación de los agentes extractantes como el etilendiaminotetraacetato (EDTA) y disuccinato de etilendiamina (EDDS) para su aplicación en la técnica de lavado de suelos, es por ello que se ha realizado un estudio descriptivo mediante la revisión bibliográfica sobre contaminación de metales pesados y la evaluación del agente extractante EDTA y EDDS. La biorremediación ha demostrado ser efectividad en la remoción de los contaminantes en el suelo, además se ser rentable. Este trabajo concluye que para remediar un suelo aplicando la técnica la técnica de lavado se tiene que evaluar la concentración del agente extractante y la condición del tipo de suelo para que sea efectiva y eficiente la remediación.	biorremediación, suelo, metales pesados, lavado de suelos, agentes extractantes, EDTA, EDDS, tipo de suelo.
Improving Prediction of Fracture Distribution Using Microseismic Data and Acoustic Logging Measurements
Authors: Liu Yilin , Gao Guozhong 
Published: March 2023

Summary
The complex fracture network from hydraulic fracturing can significantly improve oilwell productivity, so it is widely used in the field of unconventional reservoir development. However, accurate evaluation of the fracture spatial distribution remains a challenge. As a result, how to combine a variety of data to avoid data islands and identify and predict the space of fracture zone is of great importance. In this paper, we present a method and workflow based on the microseismic (MS) data combined with shear wave velocity data to estimate the physical parameters of subsurface media and improve the description and prediction accuracy for hydraulic fractures. The method analyzes MS events to construct the fracture spatial distribution and uses acoustic logging measurements to correct the magnitude of MS events and enhance the resolution. The corrected MS magnitude is mapped to the MS event space for Kriging interpolation analysis to predict the improved spatial distribution of fractures, which is available in the format of a 3D cloud image.
Characteristics and Changes in Japanese Public Administration Research: Statistical Content Analyses of Article Titles in Public Administration Review Quarterly(1978–2019)
Authors: Moteki Yasutoshi 
Published: March 2023

Abstract
The objective of this study is to understand features of Japan’s public administration research and the changes it has undergone by using statistical content analyses. To this end, this study quantitatively explains research trends in postwar administrative studies in Japan by statistically analyzing article titles from the Public Administration Review Quarterly over the course of nearly 40 years. Co-occurrence network and correspondence analyzes revealed the changes in research interests. There was substantially more research on administrative reforms through the postwar Showa and Heisei eras. The configuration of the correspondence analysis indicates that the first dimension is concerned with administrative reforms, the second with historical events or administrative systems, and the third with evaluations and kaizen (improvement). Co-occurrence network analysis showed that two extracted compound words, the United States and the United Kingdom, were very common in studies during the Showa era (1978–1988). This suggests that Japan’s public administration was strongly influenced by the Western world during this period. Japan’s own policies and institutions became a feature of these studies during the Heisei era (1989–2018). Compared with the results of the analysis of the author’s previous studies on another Japanese administrative studies journal, there are both parts of the results that are similar. One commonality of the results of the analysis is that the dimension related to administrative reform was found in the correspondence analysis. In the present study, the first principal component was administrative reform, and Moteki’s (2020) correspondence analysis also found “reform,” “policy evaluation” and “governance” as characteristic extracted terms related to the 2000s. After World War II, Japanese public administration studies were strongly influenced by their American counterparts, which confirmed the managerial approach in the form of the rise of research on administrative reform. In this connection, the configuration figure of the second and third dimensions of the correspondence analysis in this study reveals “policy evaluation” and “improvement” (kaizen). This quantitative analysis also confirmed changes in the characteristics of Japanese public administration. Featured words like governance, local government, and policy evaluation in the figure of the Heisei era reaffirmed the changes in the direction of administrative studies.
Moodsic - A Mood Based Music Player
Authors: Rawat Mayank , R Jothi , Vaishnavi V. , Roy Diproop , Kumar Ashish 
Published: March 2023

Abstract
A large amount of music data is now available on the Internet thanks to the advent of the World Wide Web. In addition to seeking for expected music for clients, it becomes necessary to build a recommendation service. The majority of existing music recommendation systems relies on collaborative or content-based engines. However, a user's music selection is not only based on prior preferences or musical content. However, it is also reliant on the user's mood. This paper presents an mood-based music (MoodSIC) recommendation framework that automatically learns a user's mood and suggest a list of songs pertaining to the mood. MoodSIC first detects the listener’s mood using various parameters such as skin temperature, facial texture, voice input, facial expression and then render a recommendation of the songs. The MoodSIC system is delivered as a web-application which uses MongoDB as a back-end for storing the songs. The proposed recommendation system provides a user-friendly interface to detect user mood using webcam, generate recommended playlist and autoplay music to the liking from generated playlist.
Zeolite-enhanced transfer hydrocyanation between nitriles and olefins: Expanding the conceptual utility of shape-selectivity in microporous catalysts.
Authors: Dallenes Jesse , Wuyts Jonas , Velthoven Niels Van , Krajnc Andraž , Mali Gregor , Usoltsev Oleg A. , Bugaev Aram L. , De Vos Dirk 
Published: March 2023

Abstract
The catalytic shuttling of functional moieties has emerged as a promising strategy to substitute and diversify traditional hydrofunctionalization technologies. However, these reactions are reversible due to their isodesmic nature, which limits their applicability to a select array of donor and acceptor molecules, and poses significant challenges with regard to atom economy and practicality. Herein we show a new approach that harnesses the shape-selective and catalytic properties of zeolites to drive the shuttling equilibrium to near-completion. This strategy is demonstrated for transfer hydrocyanation and transfer hydroformylation reactions, showing yield increases up to 80% by the addition of a carefully selected zeolite. Clear improvements such as diversification of HCN-donors to e.g. propionitrile and the use of a simple reaction setup with mild conditions are achieved. The use of unstrained and unactivated olefins as HCHO-acceptors is demonstrated for the first time, significantly broadening the scope and utility of the transfer hydroformylation reaction. Mechanistic and spectroscopic studies highlight the unique synergy between the zeolites and the homogeneous transfer catalysts.
Multiscale spatial segregation analysis in digital images of biofilms
Authors: Dogsa Iztok , Mandic-Mulec Ines 
Published: March 2023

Abstract
Quantifying the degree of spatial segregation of two bacterial strains in mixed biofilms is an important topic in microbiology. Spatial segregation is dependent on spatial scale as two strains may appear to be well mixed if observed from a distance, but a closer look can reveal strong separation. Typically, this information is encoded in a digital image that represents the binary system, e.g., a microscopy image of a two species biofilm. To decode spatial segregation information, we have developed quantitative measures for evaluating the degree of the spatial scale-dependent segregation of two bacterial strains in a digital image. The constructed algorithm is based on the new segregation measures and overcomes drawbacks of existing approaches for biofilm segregation analysis. The new approach is implemented in a freely available software and was successfully applied to biofilms of two strains and bacterial suspensions for detection of the different spatial scale-dependent segregation levels.
Employing a Novel Tri-code Embedding vector with LSTM and SoftMax layer for Membrane Protein Classification
Authors: Gomathi S , Ram Nithish K , Mary Ani Brown 
Published: March 2023

Abstract
Membrane proteins provide a significant part in cellular activities. The role of membrane proteins is inevitable in drug interactions and in all living organisms. Membrane protein classification is used to identify the relationships between proteins. With the help of amino acid composition, proteins get classified. A novel protein classification scheme is proposed using Tri-code Embedding vector. The results are investigated applying the self-consistency test, the Mathew’s correlation coefficient and the independent data set. Moreover, the proposed method shows its improvement in protein classification process in terms of accuracy, specificity and sensitivity. Thus, the proposed scheme provides an effective protein classification scheme that incorporates the optimistic features of deep learning.
T cell immunity of the nonadjuvanted HLA-restricted peptide COVID-19 vaccine
Authors: Lee Yi-Ru , Liou Chiung-Wen , Liu I-Hua , Chang Jia-Ming 
Published: March 2023

Abstract
Recently, the cases of breakthrough infection and restored virus of COVID-19 have increased after full vaccination, which might be contributed by immune surveillance escape or rebound virus. Here, artificial linear 9-mer human leucocyte antigen (HLA)-restricted UC peptides are designed based on the well-conserved S2 region of the COVID-19 spike protein regardless of rapid mutation and glycosylation hindrance. Through HLA molecule presentation, UC peptides can activate cytotoxic T lymphocytes (CTLs), which elicit cytotoxic activity by recognizing COVID-19 spike-bearing cells and preferably secreting Th1 cytokines. The UC peptides showed immunogenicity and generated a specific antibody in mice either by intramuscular injection or oral delivery without an adjuvant formulation. In conclusion, the T cell vaccine could provide long-lasting protection against COVID-19 either during reinfection or during the rebound of COVID-19. With the eradication of COVID-19 virus-infected cells, the COVID-19 T cell vaccine might provide a solution to lower COVID-19 severity and long COVID.
Compact Printed CPW Feed Monopole Slot Antenna for UWB Application
Authors: Santhanam Suganthi , Palavesam Thiruvalar Selvan 
Published: March 2023

Abstract
A compact planar slot antenna is proposed and developed for ultra - wideband Applications. This antenna has compact size of 23 x 18 x 1.2 mm. It is fabricated with FR4 substrate and it is fed by Coplanar Waveguide. The antenna operating range of 3.05 GHz to 12.91 GHz was observed from the simulation using Finite Element Method (FEM) and 3.11 GHz to 12.46 GHz were achieved from Method of Moments (MoM) based IE3D Electromagnetic solver. Experiment was conducted to verify the above frequency range and 3.08 GHz to 10.86 GHz was noted. The RBF neural network was also trained to validate the above result in terms of return loss of the proposed antenna. The antenna has stable Omni directional pattern in E-plane and bi-directional radiation pattern in H-plane. The group delay of the antenna is less than one nano second in operating bandwidth.
Optimization of Quality of Service in 5G Cellular Network by Focusing on Interference Management
Authors: Ayaz Muhammad , HUSSAIN ALTAF , Hussain Tariq , Ali Iqtidar 
Published: March 2023

Abstract

In recent years the increase of mobile devices and users of the internet lead to an increase in the burden on the network, low connectivity, and low bandwidth, and less throughput. With lots of advantages in the 5G cellular network, this network suffers from signal interference which causes a huge problem to the network. There are lots of challenges in the cellular network related to energy consumption and one of the main and key issues in 5G is interference management. There is a poor quality of voice during indoor communication so to improve this communication there is interference management that provides us Quality of Service (QoS). In indoor communication, there is low power as compared to outdoor because in outdoor communication there exist many users and due to users, there are low data rate and overhead on the base station. From this viewpoint, modulation schema and coding schemes are used to achieve better channel conditions, a large convergence area, and better QoS. In this paper, a scheme named 5th Generation Intereference Management (5G-IM) with evaluation of Traching Power Control-Gradual Removal (TPC-GR) based on Multiple Input Multiple Output (MIMO) technology for the use of interference management in a 5G network has been proposed. The evaluation of this scheme with relay strategy has also been carried out to avoid interference and to enhance the strength of the propagated signal. The simulation has been revealed the performance of the proposed interference management scheme with relay strategy based on performance evaluation parameters End-to-End Delay, Throughput, Path Loss, and Energy Consumption.
The Impact of Diverse Jamming Schemes against LTE-based Remote Detonation Devices
Authors: Shabana Gamal , Shaheen Ehab M. , Samir Mohammed 
Published: March 2023

Abstract

This paper presents a study of the impact of different
types of waveform jamming schemes against remote detonation
communication devices based on Long term evolution (LTE)
technology. Two main categories of waveform jamming signals
(single-carrier and multi-carriers) were used. Also, two jamming
scenarios against LTE-based remote detonation devices (jamming
the whole LTE frame and jamming the LTE synchronization
channel) were investigated. The key point of evaluating the
effectiveness of the presented waveform jamming signals is by
measuring their ability to successfully cut off the connection
between the transmitter and the LTE-based remote detonation
device. This is achieved by verifying that the remote detonation
device is unable to successfully receive the transmitted information
(Deny of Service (DOS) mode). To this end, emulations of these
scenarios are held using two Keysight software-defined radio
software programs (SystemVue 2015 and VSA 89600). Finally, a
real practical experiment of the impact of different waveform
jamming schemes against LTE-based remote detonation devices is
emulated to present the optimal waveform jamming scheme
against these types of devices.