bluuebunny/crossref_metadata_2025_split huggingface dataset:
Brujas y conversas
Authors: Bellomi Paola 
Published: August 2021

Abstract
In 1516, the first Jewish ghetto was created in Venice and, from that moment, the already narrow perimeter of tolerance between the Christian majority society and one of the religious minorities that existed in the territories of the Republic was limited: I’m referring to the Jews. After a few years, a seat of the Tribunal of the Holy Office was installed in the city. Despite these two elements, Venice remained a territory open to contamination; in fact, the Venetian Inquisition enjoyed a certain autonomy with respect to the Roman one and exercised its office in a less strict way if we compared it with the Spanish one. Notwithstanding that, its attention to the different forms of heresy was attentive and constant.
Among the processes that the historian Pier Cesare Ioly Zorattini has managed to bring together in his essential work Processi del S. Uffizio di Venezia contro ebrei e giudaizzanti (1548–1734), I consider it interesting to study those that refer to the situation of women in the Jewish context since, frequently, a “natural” relationship is established between gender-conviction and religion-persecution of female victims, guilty of any type of infamy.
The observations that I present here have as a starting point the treatment of certain female attitudes that were the cause of persecutions and convictions. In particular, I intend to comment on two geographically very distant situations, but accompanied by two elements: the suspicion of crypto-Judaism and being a woman. The space-time dimension extends from Spain to the Republic of Venice in the 16th century. The protagonists I will name share one more element: having had to go through the trial of the Court of the Inquisition, in some cases the Spanish one and in others the Venetian one.
The critical view with which this type of documentary material will be addressed will be of a socio-cultural nature and will be delimited to the documentation related to the 16th century and, in particular, to that related to the Sephardic and Conversos’ communities.
The purpose of this essay is not only to provide new data that can open up new research perspectives, but is also to try to return, although a posteriori, the voice to some of the victims of gender violence.
Violence against women in Pere Joan Porcar’s Dietari (16th–17th centuries)
Authors: Roca Rafael 
Published: August 2021

Abstract
The diary titled Coses evengudes en la ciutat y regne de València, which was written by Monsignor Pere Joan Porcar between 1585 and 1629, is one of the literary testimonies of the Valencian Baroque that has aroused major interest among scholars. However, it has never been analyzed from a gender perspective. Therefore, in the present work we propose to analyze and establish a typology of the different cases of sexist violence that the document reports, and that ended with the injury or death of women: wives, unmarried women, maids, girls, etc. In conclusion the diary depicts a patriarchal society presided over by structural violence, where women only played a marginal role.
Bandolers, execucions i cobles populars, arran d’uns fets ocorreguts a la Conca d’Òdena (1573)
Authors: Llinares Planells Àlex 
Published: August 2021

Abstract
Banditry was a social phenomenon that affected most places in the Hispanic monarchy. However, banditry is not a homogeneous phenomenon, it is different depending on the area and territory. In the crown of Aragon, in the 16th and 17th centuries, noble families solved their problems by hiring bandits for hire. These gangs of bandits stole, extorted and killed as a way of life or a way of work. In Catalonia from the middle of the 16th century until the end of the 1640s, banditry became a widespread evil and a problem for the authorities. In this work we analyse, through judicial documentation, one of the most important acts of Catalan banditry in the second half of the 16th century, that is to say, the capture and execution of an important gang of bandits integrated by famous bandits of the time as Moreu Palau, Camadall, Gralla and Escales, among others. The capture of the criminals was carried out by the men of the Solicitor of the Duke of Cordona, Jaume Pau Franquesa and the Militia Igualada in 1573. In the first part of this article, we analyze the facts through the interrogations that were made of the people who lived in the towns where the acts took place, mostly peasants. In this way, we are approaching the facts through the experiences of the popular classes, because they were the ones who fought, were injured or died in the fight against the bandits. In the second part of the work, we reconstruct, with the help of the Generalitat diary as the main document, the sentences handed down against the bandits and the punitive ritual suffered by those sentenced to death. In the third and last part, we study the popular literature that was printed on the facts. These chapbooks were printed before, during and shortly after the execution of the inmates and are part of the gallows literature, which was very important in the acts of execution in many European countries in the modern age.
Carlo Gesualdo, principe di Venosa
Authors: Compagna Anna Maria 
Published: August 2021

Abstract
Naples, 1590, Carlo Gesualdo killed his wife and lover caught in flagrant adultery. The process allows us to outline some marginal figures, such as the maids, one of whom testifies at the trial, together with the Prince’s cloakroom attendant: their half-truths more mendacious than lies” are aimed at strengthening the motive, safe conduct of the double murder. The prince of Venosa will also be at the center of another process: women who we usually find on the margins of history will intervene; figures who normally have their place in recent literary novels, willing to draw their protagonists from that marginal story brought to the light by Carlo Ginzburg in The cheese and the worms. The cosmos of a 16th century miller (1976, first Italian edition), through the inquisitorial archives, where it is possible to catch the voices of individuals who often do not appear, or appear only indirectly, in historical documentation: from farmers to women. These are secondary cases, micro-stories such as that of the Friulian miller Menocchio (we are in the 16th century) that can shed light on large problems (here is bet of the book): from the challenge to the authorities in a pre-industrial society to the intertwining of culture oral and written culture. But the purpose of this story-writing experiment was, and is, to bring Menocchio’s voice to the reader. It is these documented and marginal stories that offer new material to current novels. And in fact, the novel that won the 2019 Campiello Prize, Madrigal without sound: death of Carlo Gesualdo, prince of Venosa by Andrea Tarabbia is dedicated to the story of Carlo Gesualdo.
Aspetti della marginalità sessuale in alcuni romanzi medievali
Authors: Babbi Anna Maria 
Published: August 2021

Abstract
In medieval French Literature there are many more or less veiled references to the hero’s homosexuality. One of the best known, explicit this time, is certainly that of Lanval of Marie de France. This fact is in line with a tradition in the Celtic word, which, for example, according to the attestation of Diodorus Siculus, considered the Celts notoriously attracted to the same sex. It should be emphasized that for most of the situations the fact of accusing of homosexuality as a negative aspect of the personality is a function of something else, for example as the justification of a lack of attention for the queen (Lanval) or to induce Lavinia to refuse the love of Aeneas (Roman d’Eneas). And, among all the texts of medieval French literature dealing with sexual marginality, in this case homosexuality, the anonymous Roman d’Eneas (c. 1165) is undoubtely one of the most significant. But allusions on the same topic can be found in the episode of the visit to the Sibilla in the Guerrin Meschino, an Italian novel written by Andrea da Barberino (c. 1410), as well as in its French translation by Jean de Rochemeure.
Multi-segment spectral reconstruction via zero-value set prior
Authors: Wang Yizhong , Zhang Wenkun , Cai Ailong , Liang Ningning , Wang Zhe , Wang Linyuan , Zheng Zhizhong , Li Lei , Yan Bin 
Published: August 2021

Abstract
Most scanning schemes of multi-energy computed tomography (MECT) require multiple sets of full-scan measurements under different x-ray spectra, which limits the application of MECT with incomplete scan. To handle this problem, a flexible MECT scanning strategy is proposed in this paper, which divides one half scan into three curves. Also, a novel MECT reconstruction algorithm is developed to relax the requirement of data acquisition of MECT. For MECT, gradient images of CT images at different energies ideally share the same position of zero-value set (Pos-OS) for the same object. Based on this observation, the characteristics of limited-angle artifacts is first explored, and it is found that the limited-angle artifacts in the image domain are closely related to the angle trajectory of the scan. Inspired by this discovery, the Pos-OS of the gradient image from the fusion CT image is extracted, and it is incorporated as prior knowledge into the TV minimization model in the form of equality constraints. The alternating direction method is exploited to solve the improved optimization model iteratively. Based on this, the proposed algorithm is derived to eliminate the limited angle artifacts in the image domain.The experimental results show that the proposed method achieves higher reconstruction quality under the designed scanning configuration than other methods in the literature.
Melting of two-dimensional biological tissues containing active Ornstein–Uhlenbeck cells
Authors: Li Jia-jian , Ai Bao-quan 
Published: August 2021

Abstract
The solid–liquid transition of biological tissues is numerically investigated in the presence of Ornstein–Uhlenbeck noise. We demonstrate that the melting scenario of the system is controlled by three parameters: temperature, the persistence time that controls the nonequilibrium properties of the system, and the target shape index that characterizes the competition between cell–cell adhesion and cortical tension. An increase in the persistence time always causes the system to transition from disordered (liquid state) to ordered (solid state). For stiff cells (small target shape index), on increasing temperature, the system undergoes the first order melting for short persistence time, while it undergoes a continuous solid–hexatic transition followed by a discontinuous hexatic–liquid transition for long persistence time. For soft cells (large target shape index), the melting always occurs via a continuous solid–hexatic transition followed by a discontinuous hexatic–liquid transition and the parameter range where the hexatic phase occurs increases with the persistence time. These behaviors are confirmed by the evolution of the density of topological defects. The phase diagrams of the system are also presented based on three parameters (temperature, the shape index, and the persistence time). Our study may contribute to the understanding of melting in two dimensional systems with many-body interactions and deformable particles.
Simultaneous irradiation and thermal effects on 16 MeV proton irradiated tungsten samples
Authors: Rayaprolu R , Möller S , Spahn I , Höschen D , Linsmeier Ch 
Published: August 2021

Abstract
16 MeV protons have been used to irradiate 300 μm thick macroscopic W samples in a pilot experiment to 0.006 dpa damage dose under low and high temperature scenarios of ∼373 K and ∼1223 K, respectively. The linear pre-Bragg region has been used for damage where the electronic loss (heat) in the sample amounts to 1.5 MW · m−2. Post high-temperature irradiation, the W sample has been recrystallized as seen under the scanning electron microscope. Indentation measurements on the surface show a softening of 0.6 GPa post-recrystallization against an irradiation hardening of 0.8 GPa for the low-temperature irradiation scenario.
CAX/PLM/ERP-LCA integration to support product life cycle engineering: a conceptual framework
Authors: Zhou Zhenhuan , Tao Jing 
Published: August 2021

Abstract
Life cycle engineering (LCE) targets product development and manufacturing activities from a life cycle perspective, with the aim to create more sustainable solutions. Life Cycle Assessment (LCA), which systematically and quantitatively evaluates the environmental impacts associated with the product, is recognized as an essential tool for LCE. However, the complexity of inventory analysis and data structure can discourage the use of LCA by engineers. Most computer-aided engineering and computer integrated manufacturing tools do not effectively support LCA. This paper proposed the conceptual framework of CAX/PLM/ERP-LCA integration for an information environment to address the challenge. The general product life cycle representation is analyzed by tangible product and intangible process perspectives. A multi-view life cycle model is proposed for linking product and process engineering with LCA and life cycle data integration. Following the life cycle model, the integrated CAX/PLM/ERP-LCA system’s conceptual architecture is presented, the challenges to the data flows among system components identified and the critical functional requirements of the system to support sustainable product and process engineering proposed. The framework serves as the stepping stone for next-stage work on software engineering.
Evaluation method of continuous compaction quality of highway water stable base
Authors: Shi Yanni 
Published: August 2021

Abstract
This article summarizes several commonly used real-time monitoring indicators of compaction quality, proposes the methods for evaluating compaction quality of water stable bases. Two methods, the Kriging interpolation method and the geostatistical analysis method, are proposed for evaluating the spatial uniformity of compaction mass. The results show that: the Kriging interpolation method has strong extrapolation ability, and can consider the spatial correlation of data; the geostatistical analysis method can not only describe the structural variation of continuous compaction detection parameters, but also describe its random variation. It would provide reference suggestions for the compaction quality evaluation of water stable base.
Flow field analysis of Ahmed model based on URANS
Authors: Wu Huajie , Zhang Shanwen 
Published: August 2021

Abstract
In order to obtain the flow field characteristics of the Ahmed model, flow field analysis is carried out by using standard k-ε turbulent model and URANS method. Results show that the flow field of Ahmed model presents the transient characteristics of periodic changes, the base vortex forms on the Ahmed model while the fluid is detached from the lower surface, and transports periodically downstream; the corner vortice formed on the Ahmed model is induced by the inclined pats of the tail-dip.
Designing a random S-box with the mixed spatiotemporal chaos
Authors: Liu Liyan 
Published: August 2021

Abstract
A random S-box is designed by using the mixed linear-nonlinear spatiotemporal chaotic system. Firstly, a chaotic sequence produced by the mixed chaotic system is used to generate the elements of the S-box randomly. Then the elements of the S-box are permuted by using the mixed chaotic system. Owing to the high dimensional feature of the mixed chaotic system, the generated S-box has a strong randomness property. Finally, we analyse six properties of the designed S-box, such as bijective property, nonlinearity, strict avalanche criterion, outputs bit independence criterion, input/output XOR distribution and linear approximation probability. The experimental results indicate that the designed S-box by using the mixed chaotic system has better performance.
Visualization of intermittency of low-Reynolds-number anisotropic steady incompressible turbulence using implicit/SGS-model-based large-eddy simulation
Authors: Oshibuchi Mayuka , Suzuki Hiroki , Mochizuki Shinsuke 
Published: August 2021

Abstract
The present study validates a large-eddy simulation from the viewpoint of the intermittency of a turbulence field for low-Reynolds-number anisotropic steady turbulence. Analyses based on implicit large-eddy simulation and the Vreman-model are validated. The results of the two analyses are compared with results obtained through direct numerical simulation. The mean value of the global turbulent kinetic energy obtained through the analysis based on the large-eddy simulation is consistent with that obtained through the present direct simulation. The frequency of large-scale vortex structures found in instantaneous fields and higher-order turbulence statistics are examined. The intermittency of the turbulent fields obtained through the implicit large-eddy simulation is higher than that obtained through the other analysis.
A study on modeling of wireless charging system based on fuzzy logic control
Authors: Cao Pengcheng , Lu Yong , Lu Changbo , Wang Xudong , Xu Wanli , Zhang Hang 
Published: August 2021

Abstract
When the wireless charging system charges the lithium battery, in order to reduce the size of the receiver. With the increase of the charging power of the lithium battery, the charging strategy of the lithium battery should be changed accordingly, so as to improve the performance of the lithium battery. According to the characteristics of the wireless charging system and the charging strategy of the lithium battery, the whole system is dynamically adjusted based on the fuzzy logic control principle, so that the system can provide the required charging power for the lithium battery under different charging strategies. In this paper, the circuit model of the wireless charging system and the equivalent model of the lithium battery are established respectively, and the fuzzy logic control strategy is proposed. Finally, the accuracy of the control strategy is verified by simulation, which provides a reference for the dynamic adaptive adjustment of the wireless charging system.
Simulation on staggered parallel boost converter with double integral sliding mode control
Authors: Zhang Meng , Chen Jing , Lan Xianbao , Xiao Chun 
Published: August 2021

Abstract
As a non-linear input power source, fuel cells have soft output characteristics, slow dynamic response, and short service life. In order to improve the service life of the fuel cell, this paper conducts a simulation study on an interleaved parallel boost circuit based on double integral sliding mode control. The interleaved parallel structure is used to reduce the input current ripple of the fuel cell, and the state space average equation is used for modeling. At the same time, the double integral sliding mode control can improve the dynamic performance of the Boost converter. A hysteresis control is added after the sliding mode control to weaken the chattering effect of the sliding mode control. Matlab simulations show that the interleaved parallel Boost circuit with double integral sliding mode control can control the output current ripple of the fuel cell within 1% and make the output voltage have good dynamic performance.
Visualization analysis method based on multidimensional scale transformation for indicators on simulation data of weapon system
Authors: Zheng Lizhen , Gao Lu , Yu Tonggang 
Published: August 2021

Abstract
Visual analytic methods are a growing area of research that targets the effective description of weapon system, which capitalizing on displaying of various indicators information of weapon system simulation. We provide a method which can display all kinds of indicators and architectural features of simulation results in the same screen. First of all, the simulation data of multidimensional information index system and the corresponding dimension is mapped into the two-dimensional matrix. Secondly, the index system of two-dimensional graphs and planar map simulation data are fused by computation. Finally, distinguish the architectural features by drawing the influence range of the indicators to the systems. The method can analyze the correlation between indicators, similarity comparisons system features, and describe some kind of index and the system characteristics of the correlation degree. Because of the above characteristics of the method, we can adjust the index system, using visualization method to display the comprehensive characteristic of the weapon equipment system, and select the weapon equipment system in accordance with the specific conditions of the system.
Application of 5G communication technology on intelligent inspection in 750kV substation
Authors: Gan Xing , Geng Xiaohong , Xiong Zaibao , Wu Zhongcheng , Du Shaofei , Gao Yu , Guo Yinan 
Published: August 2021

Abstract
Ultra-high voltage AC substation has the characteristics of high voltage level, large area, complex equipment structure, heavy inspection task and high operation risk. The existing video surveillance system is mainly used for substation security, but the distribution of points is insufficient and the clarity is low, so it can’t achieve full coverage of inspection points. UHV AC substation needs to develop remote intelligent inspection system to assist operation and maintenance staffs to carry out daily inspection work, reduce the workload of operation and maintenance staffs, improve the speed of emergency response and ensure the safety of operation. In this paper, remote intelligent inspection system of substation based on 5G communication transmission technology is proposed in 750kV substation, so as to achieve the purpose of intelligent inspection of substation, and expand the idea for the application of 5G technology in substation.
Training virtual reality-based system for detection and simulation of motors failures
Authors: Riofrio-Morales Marco , Garcia Marcelo V. 
Published: August 2021

Abstract
The need to have human resources trained efficiently is imperative. However, most industries do not give it the necessary importance. Similarly, staying technologically up-to-date allows the industrial sector to optimize its resources and satisfy the needs of its customers. This research presents the development of a virtual reality (VR) system for learning fault detection and correction in induction motors. It has been compared to a conventional methodology in terms of time and acquired knowledge. A 58% reduction was observed in the first parameter, while for the second, a p-value of 0.0000005 was obtained, thus demonstrating that this system is more efficient than conventional training in terms of learning. Finally, its usability was evaluated with the VRUSE method, with averages above 3.8 and standard deviations below 0.70.
A DEA-based multi-response fusion model in the context of Taguchi method
Authors: Jiang Renyan , Zou Bowei 
Published: August 2021

Abstract
Taguchi methods have been widely used to optimize machining parameters of a manufacturing process so that the product performances or responses are close to the desired targets and not sensitive to external noises. For single-response problems, the optimal machining parameters can be obtained based on Taguchi signal-to-noise ratio or response surface models. For multi-response problems, a multi-objective optimization approach or a fusion model is needed before obtaining the optimal parameters; and the latter is preferred due to its simplicity. This paper proposes a fusion model to combine multiple responses into a composite response variable. The proposed model first transforms the response data obtained from Taguchi experiments into the data with smaller-the-better or larger-the-better quality characteristics, and then combines the transformed data into the composite response variable in the way similar to Data Envelopment Analysis (DEA). Once the fusion model is built, the problem reduces into a single-response problem, which can solved using existing approaches. The proposed model can be easily implemented using a spreadsheet program; and one real-world example is included to illustrate its appropriateness.