bluuebunny/crossref_metadata_2025_split huggingface dataset:
Steane enlargement of entanglement-assisted quantum error-correcting codes
Authors: Galindo Carlos , Hernando Fernando , Matsumoto Ryutaroh 
Published: August 2023

AbstractWe introduce a Steane-like enlargement procedure for entanglement-assisted quantum error-correcting codes (EAQECCs) obtained by considering Euclidean inner product. We give formulae for the parameters of these enlarged codes and apply our results to explicitly compute the parameters of enlarged EAQECCs coming from some BCH codes.
The role of qualification and quality management in the prescription of antipsychotics and potentially inappropriate medication (PIM) in nursing home residents in Germany: results of the HIOPP-3-iTBX study
Authors: Stolz Regina , Krause Olaf , Junius-Walker Ulrike , Thürmann Petra , Fuchs Angela , Wilm Stefan , Wollny Anja , Rebentisch Franziska , Wiese Birgitt , Joos Stefanie , Haumann Hannah 
Published: August 2023

Abstract
Background
Nursing home residents (NHR) show high rates of polypharmacy. The HIOPP-3-iTBX study is the first cRCT on medication optimization in nursing homes (NH) in Germany. The intervention did not result in a reduction of PIM and/or antipsychotics. This analysis looks at structure quality in the HIOPP-3-iTBX study participants.

Aims
Evaluation of structure quality as part of a cluster-randomized controlled intervention study.

Methods
Structure quality in multiprofessional teams from n = 44 NH (n = 44 NH directors, n = 91 family doctors (FD), and n = 52 pharmacies with n = 62 pharmacists) was assessed using self-designed questionnaires at baseline. Main aspects of the questionnaires related to the qualification of participants, quality management, the medication process and size of the facilities. All completed questionnaires were included. number of PIM/antipsychotics was drawn from the baseline medication analysis in 692 NHR. Data were analyzed by descriptive statistics and mixed model logistic regression.

Results
The presence of a nurse with one of the additional qualifications pain nurse or Zertifiziertes Curriculum (Zercur) Geriatrie in the participating NH was associated with a lower risk for the prescription of PIM/antipsychotics. No association between any characteristic in the other participants at baseline was observed.

Conclusions and discussion
The results support the known role of nursing qualification in the quality and safety of care. Further studies need to look more closely at how use is made of the additional qualifications within the multiprofessional teams. Perspectively, the results can contribute to the development of quality standards in NH in Germany.
Hybrid BWRO/FO system for high recovery in-land brackish water desalination: techno-economic assessment
Authors: Sewilam Hani , Al Bazedi Ghada 
Published: August 2023

AbstractSeveral hybrid Forward osmosis (FO) systems for seawater and brackish water desalination have been developed in recent years. This study investigates two approaches of integrated systems comprising brackish water reverse osmosis desalination (BWRO) and forward osmosis (FO) systems. These approaches aim to minimize the environmental effect of inland reject brine disposal while enhancing total water recovery. Experiments were performed using different draw solution (DS) concentrations of KCl and MgCl2.6H2O (0.5, 1, 1.5 and 2 Molar) to reach maximum recovery. In scheme (A), feed water is directed to BWRO with recovery 45% and 97% rejection, while the brine water is directed to the FO system as FS stream. In scheme (B), the feed water is divided into two streams, one of which is directed to the BWRO with recovery 75% and 98% rejection and the other stream is sent to the FO unit as FS stream. KCl DS displayed higher flux rate of an average 28.5 L/(m2.h) using 2 M concentration, while MgCl2.6H2O 2M solution shows an average flux of 23.5 L/(m2.h) during the first 100 min of operation. Scheme A shows 81% total system recovery, while scheme B shows 78% total system recovery. The cost indicators for desalination system with small capacity of 10 m3/d showed that scheme (A) has lower capital cost 55,732$ for scheme (A), while total capital cost was 59,400 $ for scheme (B).
A Prospective, Longitudinal Study of Caregiver-Reported Adaptive Skills and Function of Individuals with HNRNPH2-related Neurodevelopmental Disorder
Authors: Davis Thomas J. , Salazar Rachel , Beenders Sarah , Boehme Amelia , LaMarca Nicole M. , Bain Jennifer M. 
Published: August 2023

Abstract
Objectives
This study presents a cohort of individuals in a natural history study with de novo pathogenic missense variants in HNRNPH2 causative of HNRNPH2-related neurodevelopmental disorder (NDD) to describe individuals’ adaptive functional abilities.

Methods
We measured adaptive function using the Pediatric Evaluation of Disability Inventory Computer Adaptive Test (PEDI-CAT) and the Vineland Adaptive Behavior Scale (VABS-III). Results were compared using inferential statistics and regression analysis.

Results
Sixty-seven individuals carried known pathogenic or likely pathogenic variants in HNRNPH2. Thirty-five participants (2.89–42.04 years, 83% female) and caregivers completed PEDI-CAT assessments with 25 of these participants completing the VABS-III. Sixteen, three and two participants completed a follow-up PEDI-CAT assessment at one, two and three years respectively. Individuals had mean normative scores less than age-matched peers across all domains on both PEDI-CAT and VABS-III measures, with 91% participants < 5th percentile on both the PEDI- CAT and VABS-III. Verbal and ambulatory participants had significantly higher PEDI-CAT scores across all domains, using both raw and normative data. There was no significant change in PEDI-CAT scores over 3 years.

Conclusions
Overall scores, both raw and normative, are low across all individuals with HNRNPH2-related NDD using both the PEDI-CAT and VABS-III. PEDI-CAT normative scores do not likely represent the clinical variability, but raw scores may be able to capture functional variability. In a small sample, longitudinal data from the PEDI-CAT domain scores demonstrate stability in performance at 3 years.
Trial Registration: ClinicalTrials.gov NCT03492060.
A scoping review on drone technology applications in forensic science
Authors: Mohd Sabri Natassya Ezzaty , Chainchel Singh Mansharan Kaur , Mahmood Mohd Shah , Khoo Lay See , Mohd Yusof Mohd Yusmiaidil Putera , Heo Chong Chin , Muhammad Nasir Muhammad Dzulfiqri , Nawawi Hapizah 
Published: August 2023

AbstractDrones, formally known as Unmanned Aerial Vehicles (UAVs), are versatile technology increasingly associated with many modern-day applications. The advancements in technology have brought about a revolution in drones, extending their applications in various fields, including forensic science. Despite their potential, the full extent of drone capabilities in forensic science remains unclear and limited by a lack of defined evidence. Therefore, this article aims to provide a comprehensive review of the current literature on the use of drones in forensic science, while also highlighting the challenges and limitations of their deployment. This review seeks to identify areas for further research and development in the use of drones in forensic science by exploring the key issues. The use of Arksey and O’Malley’s framework updated by Joanna Briggs Institute for Scoping Reviews methodology shows that drones have proven to be a valuable technology in various forensic-related events, including clandestine graves detection, crime scene investigations, traffic accident investigations, disaster assistance, and pollution detection. However, there is still inadequate information on the use of drones in forensic science, particularly in enhancing the Disaster Victim Identification (DVI) procedure during the initial phase of a disaster. Therefore, this paper aims to provide insights into the potential applications of drones in forensic science and promote their integration into related fields.
Embracing off-the-grid samples
Authors: López Oscar , Yılmaz Özgür 
Published: August 2023

AbstractMany empirical studies suggest that samples of continuous-time signals taken at locations randomly deviated from an equispaced grid (i.e.,off-the-grid) can benefit signal acquisition, e.g., undersampling and anti-aliasing. However, explicit statements of such advantages and their respective conditions are scarce in the literature. This paper provides some insight on this topic when the sampling positions are known, with grid deviations generated i.i.d. from a variety distributions. By solving a square-root LASSO decoder with an interpolation kernel we demonstrate the capabilities of nonuniform samples for compressive sampling, an effective paradigm for undersampling and anti-aliasing. For functions in the Wiener algebra that admit a discretes-sparse representation in some transform domain, we show that$${\mathcal {O}}(s{{\,\mathrm{poly\,\hspace{-2pt}log}\,}}N)$$O(spolylogN)random off-the-grid samples are sufficient to recover an accurate$$\frac{N}{2}$$N2-bandlimited approximation of the signal. For sparse signals (i.e.,$$s \ll N$$s≪N), this sampling complexity is a great reduction in comparison to equispaced sampling where$${\mathcal {O}}(N)$$O(N)measurements are needed for the same quality of reconstruction (Nyquist–Shannon sampling theorem). We further consider noise attenuation via oversampling (relative to a desired bandwidth), a standard technique with limited theoretical understanding when the sampling positions are non-equispaced. By solving a least squares problem, we show that$${\mathcal {O}}(N\log N)$$O(NlogN)i.i.d. randomly deviated samples provide an accurate$$\frac{N}{2}$$N2-bandlimited approximation of the signal with suppression of the noise energy by a factor$$\sim \frac{1}{\sqrt{\log (N)}}.$$∼1log(N).
Misinformation and entropic acceleration: algorithms’ departure from life
Authors: Li Shiqiao 
Published: August 2023

AbstractWhile algorithms have become lifelike in their capability to generate original information with large data sets and processing power, they depart from life in their parallel production of misinformation and entropic acceleration. Cell evolution on earth over billions of years has to some extent prophesied the most effective evolutionary paths of digital technology: generating original information from normalization of large number of atoms and random variation through genetic mixing in prokaryotic and eukaryotic cells. Yet, cell evolution seems to operate according to the second law of thermodynamics in which entropy defines life processes. Algorithms have so far not responded to the subversion of life through misinformation and entropic acceleration. If we were to reverse misinformation and entropic acceleration, algorithms must return to life to merge the underlying principles of life on earth with the production of original information. Biology must take precedence over mathematics in our twenty-first century metaphysical formulations and materials production.
AQIPred: A Hybrid Model for High Precision Time Specific Forecasting of Air Quality Index with Cluster Analysis
Authors: Yasmin Farhana , Hassan Md. Mehedi , Hasan Mahade , Zaman Sadika , Angon Jarif Huda , Bairagi Anupam Kumar , Changchun Yang 
Published: August 2023

AbstractThe discipline of forecasting and prediction is witnessing a surge in the application of these techniques as a direct result of the strong empirical performance that approaches based on machine learning (ML) have shown over the past few years. Especially to predict wind direction, air and water quality, and flooding. In the context of doing this research, an MLP-LSTM Hybrid Model was developed to be able to generate predictions of this nature. An investigation into the Beijing Multi-Site Air-Quality Data Set was carried out in the context of an experiment. In this particular scenario, the model generated MSE values that came in at 0.00016, MAE values that came in at 0.00746, RMSE values that came in at 13.45, MAPE values that came in at 0.42, and R2 values that came in at 0.95. This is an indication that the model is functioning effectively. The conventional modeling techniques for forecasting, do not give the level of performance that is required. On the other hand, the results of this study will be useful for any type of time-specific forecasting prediction that requires a high level of accuracy.
Scorpion Stings in Minas Gerais (Brazil): A Monocentric Retrospective Study Evaluating All Envenoming Cases of Local Scorpionism
Authors: Ornelas Rachel C. , Silva Letícia D. , de Macedo Leandro R. , de Matos Ione M. 
Published: August 2023

Introduction We aim to provide better insights into the demographic, epidemiological, and seasonal characteristics of scorpion envenomation reported in the Rio Doce Valley, Brazil. Methods We conducted this monocentric retrospective descriptive study with data on Investigation Forms of Accidents by Venomous Animals, only envenoming cases of scorpion stings, between January 1, 2017 and December 31, 2020, belonging to the compulsory notification system of the Municipal Hospital of Governador Valadares. Results There were 3032 accidents, and the male-to-female ratio was 1.17:1 (male, 54%; females, 46%). Accidents occurred every month, but there was an increase in June, July, and October to January. In most cases, the time between the scorpion sting and medical care was between 1 and 3 h (n=1304; 43%). The most frequent clinical and systemic manifestations were pain at the bite site (94%) and vagal symptoms (7%). Cases were mild (n=2750, 91%), moderate (n=221, 7%), and severe (n=56, 2%). Children younger than 10 y constituted the most cases, 522 (17%). There was a significant difference between clinical severity and age ( P<0.01). Ten patients developed acute pulmonary edema. Two 4-y-old children died. All severely envenomated patients as well as 74% and 2% of mild and moderately envenomated patients, respectively, received specific scorpion antivenoms. Conclusions Scorpion envenomation is of greater severity in children aged <10 y. The clinical presentation includes mainly local pain associated with vagal symptoms. Accidents occur every month, but there was an increase in June, July, and October to January.
Design-oriented dynamic model of deployable fin under time-varying elevated temperature environment
Authors: Ren H.Y. , Wang Y. , Wang L. , Zhou J.B. , Chang H.J. , Cai Y.P. , Lei B. 
Published: August 2023

AbstractCoupling of clearance joint and harsh aerodynamic heating environment is an inevitable nonlinear factor in folding mechanism of the fin of high-speed aircrafts that remarkably modifies natural frequencies and modes of vibration from the initial design state. However, accurately predicting dynamic properties of deployable fin with full consideration of these effects is not common industry practice. A practical semi-analytical model based on Hertz contact theory and ESDU-78035 model is proposed in this study to investigate high-temperature connection stiffness of local hinged–locked mechanisms. Material property degradation and clearance variation caused by thermal expansion are comprehensively considered and quantified in this model. Vibration characteristics of the assembled deployable fin are then solved using finite element method (FEM). The real-time evolutionary process of thermal mode of the fin is discussed. And natural frequencies of fixed-value and time-varying connection stiffness are compared. The simulation results of this study demonstrate that the relative error of structure temperature between the sequential approach and fully coupled simulations is less than 6.98%. The connection stiffness (slope of the load-displacement curve) of the folding mechanism under high temperature conditions decreases by 3.52%, and the variation is mainly caused by the degradation of the elastic modulus of the material, while the clearance change due to the thermal expansion has no significant effect on the slope. The natural frequency of the deployable fin exhibits an inverse correlation with the temperature change trend, and the first three frequencies decrease by 1.67, 7.75, and 16.28 Hz compared to the initial value, respectively.
Federal Climate Policy Successes: Co-benefits, Business Acceptance, and Partisan Politics
Authors: Karapin Roger , Vogel David 
Published: August 2023

AbstractWhile most literature on federal climate change policies has focused on failures to adopt broad policies, this article describes and explains successes in two important sectors. Regulations to improve the fuel economy of motor vehicles and efficiency standards for appliances and equipment have produced substantial reductions in greenhouse gas emissions, although they largely have other goals and hence can be considered implicit climate policies. We synthesize the existing literature with our analyses of case studies to offer three explanations for the adoption of effective policies in these two sectors. First, the policies delivered politically popular co-benefits, such as reducing consumers’ energy bills, enhancing energy security, and promoting public health. Second, they gained business acceptance because they were narrow in their scope, avoided long-term economic costs, and helped industry cope with state-level regulations; industry often strategically tried to influence these policies rather than resist them. Third, the legislation that initiated and expanded these policies received bipartisan support, which was aided by co-benefits and business acceptance; more recently, these laws have been strengthened through the actions of Democratic administrations. We conclude by comparing these policy areas to the passage of the Inflation Reduction Act of 2022.
Trans Women, Cis Women, Alien Women, and Robot Women Are Women: They Are All (Simply) Adults Gendered Female
Authors: Arvan Marcus 
Published: August 2023

AbstractAlex Byrne contends that women are (simply) adult human females, claiming that this thesis has considerably greater initial appeal than the justified true belief (JTB) theory of knowledge. This article refutes Byrne's thesis in the same way the JTB theory of knowledge is widely thought to have been refuted: through simple counterexamples. Lessons are drawn. One lesson is that women need not be human. A second lesson is that biology and physical phenotypes are both irrelevant to whether someone is a woman, and indeed, female in a gendered sense. A third lesson is that trans women, cis women, alien women, and robot women are all women because to be a woman is to be an adult gendered female. This article does not purport to settle complex normative questions of ethics or justice, including whether the ordinary meaning of woman ought to be retained or changed—though I do note plausible implications for these debates. This article does purport to settle what the ordinary meaning of woman is, and in that regard contribute to important conceptual ground-clearing regarding what constitutes an ameliorative or revisionary definition of woman.
Leadership by cavea: The social processes of interorganisational collaborative leadership
Authors: North-Samardzic Andrea , Kan Melanie , Edwards Gareth 
Published: August 2023

AbstractResearch on interorganisational collaboration is longstanding however the role leadership plays in such collaborations is often neglected. Using grounded theory, we present a process model of ‘leadership by cavea’ whereby the relationships across organisations involved in a collaborative project were structured according to hierarchies of privilege, determined by the inherent power of ‘bonding’ social capital. While it emerged that cultural capital was a more valuable resource, this was recognised too late in the leadership process for it to make a necessary contribution. Our findings demonstrate that when seeking to practice collaborative leadership across organisations, individuals and the organisations they represent must be aware of the power they hold and wield, even needing to share or relinquish power to ensure that hierarchies of privilege do not hinder efforts to achieve mutual goals.
Geothermal heat flow from borehole measurements at the margin of Princess Elizabeth Land (East Antarctic Ice Sheet)
Authors: Talalay Pavel G. , Gong Da , Fan Xiaopeng , Li Yazhou , Leitchenkov German , Li Bing , Zhang Nan , Wang Rusheng , Yang Yang , Hong Jialin 
Published: August 2023

AbstractA 198.8 m deep borehole was drilled through ice to subglacial bedrock in the northwestern marginal part of Princess Elizabeth Land, ~12 km south of Zhongshan Station, in January–February 2019. Three years later, in February 2022, the borehole temperature profile was measured, and the geothermal heat flow (GHF) was estimated using a 1-D time-dependent energy-balance equation. For a depth corresponding to the base of the ice sheet, the GHF was calculated as 72.6 ± 2.3 mW m−2and temperature −4.53 ± 0.27°C. The regional averages estimated for this area based, generally, on tectonic setting vary from 55 to 66 mW m−2. A higher GHF is interpreted to originate mostly from the occurrence of metamorphic complexes intruded by heat-producing elements in the subglacial bedrock below the drill site.
MIGRATIONS AND CULTURAL EVOLUTION IN THE LIGHT OF RADIOCARBON DATING OF BRONZE AGE SITES IN THE SOUTHERN URALS
Authors: Epimakhov Andrey , Zazovskaya Elya , Alaeva Irina 
Published: August 2023

ABSTRACTThis research aims to contribute to our knowledge of the chronology of the main cultural entities of the Bronze Age in the Southern Urals. The objectives of this work include the verification of earlier conclusions regarding individual sites, expanding the date series for the key cultures with reliable dates, and creating reference series for the Bayesian modeling of key archaeological sites. Thirty-two samples were selected from reliable contexts. They reflect seven different cultural traditions of the 2nd millennium calBC (Sintashta, Srubnaya, Alakul, Fedorovka, Cherkaskul, Final Bronze Age1, Transition to Early Iron Age2). Collagen (human and domestic animal bones), charcoal, and wood samples were used for radiocarbon dating. Pairs of different-type samples (human bone – animal bone, animal bone – charcoal) were obtained for the same undisturbed burial and the building floor at the time of its abandonment. The data and the composition of δ15N and δ13C isotopes allow the new dates to be considered reliable. Furthermore, the new results do not conflict with the previously obtained accelerator mass spectrometry (AMS) dates. Determining boundary intervals for the main cultures of the Andronovo cultural community (Alakul and Fedorovka) resulted in statistically reliable conclusions on their relationship. The Alakul culture appeared earlier than the Fedorovka culture. The latter has a migratory origin in the Southern Urals. The two traditions have a long history of interaction, but the Alakul culture ending earlier. The series of dates for the Final Bronze Age, divided into two sub-periods, has been significantly expanded. Bayesian modeling of the chronology of the stratified settlement Sintashta II (Levoberezhnoe) made it possible to determine the intervals of the main phases of its history: 2004–1852 calBC (Sintashta culture) and 1410–1170 calBC (Final Bronze Age). Intermediate Cherkaskul phase is represented by a single date (1731–1541 cal BC).