bluuebunny/crossref_metadata_2025_split huggingface dataset:
PENERJEMAHAN RAMAH GENDER
Authors: Afifah Farida Nur 
Published: October 2022

Artikel ini dilatarbelakangi oleh adanya penerjemahan bias gender dalam terjemahan Al-Qur’an Kementerian Agama tahun 2002 yang kemudian direvisi tahun 2019. Permasalahan yang diangkat, yaitu bagaimana metode dan kualitas penerjemahan terhadap ayat-ayat terkait gender dalam Al-Qur’an dan Terjemahnya edisi penyempurnaan 2019? Sumber data dianalisis menggunakan teori penerjemahan Peter Newmark untuk ranah metode, serta teori ekuivalensi Husein Abdul-Raof untuk menimbang kualitas terjemahan. Artkel ini menyimpulkan, pertama, metode terjemahan didominasi terjemahan komunikatif. Hal tersebut dilihat dari beberapa terjemahan yang lebih berorientasi pada penerima bahasa sasaran, banyaknya penjelasan baik singkat atau detail, sebagaimana penjelasan dalam bentuk catatan kaki atau keterangan dalam kurung. Kedua, terjemahan lebih didominasi kesepadanan level semantik dan stilistik, sehingga dapat dikatakan terjemahan ayat-ayat terkait gender sudah memahamkan dan tidak mengandung bias gender. Sedangkan dalam ketidaksepadanan didominasi level budaya, karena budaya antara penerima bahasa sumber dan bahasa sasaran berbeda.
Isolation, cohesion and contingent network effects: the case of school attachment and engagement
Authors: Gauthier G. Robin , Smith Jeffrey A. , Harcey Sela , Markowski Kelly 
Published: October 2022

Abstract
Isolation and cohesion are two key network features, often used to predict outcomes like mental health and deviance. More cohesive settings tend to have better outcomes, while isolates tend to fare worse than their more integrated peers. A common assumption of past work is that the effect of cohesion is universal, so that all actors get the same benefits of being in a socially cohesive environment. Here, we suggest that the effect of cohesion is universal only for specific types of outcomes. For other outcomes, experiencing the benefits of cohesion depends on an individual’s position in the network, such as whether or not an individual has any social ties. Network processes thus operate at both the individual and contextual level, and we employ hierarchical linear models to analyze these jointly to arrive at a full picture of how networks matter. We explore these ideas using the case of adolescents in schools (using Add Health data), focusing on the effect of isolation and cohesion on two outcomes, school attachment and academic engagement. We find that cohesion has a uniform effect in the case of engagement but not attachment. Only non-isolates experience stronger feelings of attachment as cohesion increases, while all students, both isolates and non-isolates, are more strongly engaged in high cohesion settings. Overall, the results show the importance of taking a systematic, multi-level approach, with important implications for studies of health and deviance.
Two Distinct Nutritional Assessment Tools Have Dissimilar Outcomes in a Sample of Older Adult Patients With Cancer
Authors: Rios Tatiane Correia , Baqueiro Boulhosa Ramona Souza da Silva , Varjão da Costa Maria Lúcia , Sassaki Betina da Silva , Bueno Allain Amador , de Jesus Rosangela Passo , Magalhães de Oliveira Lucivalda Pereira 
Published: October 2022

Abstract

Introduction
Malnutrition is strongly associated with negative outcomes in aged populations with cancer. Several studies have compared the outcomes of nutritional-screening tools, but knowledge specifically covering older adult patients with cancer remains limited. The aim of this study was to compare the outcomes of two tools, the Patient-Generated Subjective Global Assessment (PG-SGA) versus the Mini Nutritional Assessment (MNA) for this population.

Method
Cross-sectional study with 432 participants who consented to participate and were enrolled at admission to medical and surgical wards of a tertiary referral hospital. The participants’ nutritional statuses were simultaneously assessed using the PG-SGA and the MNA, and the outcomes compared using the kappa statistical test. The Receiver Operating Characteristic Curve (ROC) was employed to calculate the MNA sensitivity, specificity, positive and negative predictive values, and was compared with PG-SGA.

Results
Prevalence of good nourishment was observed in 62.5% and 61.1% of the participants, as detected by PG-SGA and MNA, respectively. Both tools concurred moderately (kappa = 0.453). Importantly, there were significant differences in the diagnosis of malnutrition (7.6% vs. 4.6%, p = 0.000). The MNA showed sensitivity of 72.2% and specificity of 75.9% in detecting good nourishment for the population investigated.

Conclusion
The MNA may not present greater sensitivity, possibly due to a lack of coverage of gastrointestinal symptoms. It is a quick and efficient tool for nutritional assessment of older adult patients with cancer, but as it is more specific than sensitive, caution is recommended when identifying borderline or early malnourished individuals of this population.
Multi-Population-Based Algorithm with an Exchange of Training Plans Based on Population Evaluation
Authors: Łapa Krystian , Cpałka Krzysztof , Kisiel-Dorohinicki Marek , Paszkowski Józef , Dębski Maciej , Le Van-Hung 
Published: October 2022

Abstract
Population Based Algorithms (PBAs) are excellent search tools that allow searching space of parameters defined by problems under consideration. They are especially useful when it is difficult to define a differentiable evaluation criterion. This applies, for example, to problems that are a combination of continuous and discrete (combinatorial) problems. In such problems, it is often necessary to select a certain structure of the solution (e.g. a neural network or other systems with a structure usually selected by the trial and error method) and to determine the parameters of such structure. As PBAs have great application possibilities, the aim is to develop more and more effective search formulas used in them. An interesting approach is to use multiple populations and process them with separate PBAs (in a different way). In this paper, we propose a new multi-population-based algorithm with: (a) subpopulation evaluation and (b) replacement of the associated PBAs subpopulation formulas used for their processing. In the simulations, we used a set of typical CEC2013 benchmark functions. The obtained results confirm the validity of the proposed concept.
Customer Knowledge Management in Enterprise Software Development Companies: Organizational, Human and Technological Perspective
Authors: Khosravi Arash , Rajabzadeh Morteza , Zaloga Viliam , Dyadyura Irina 
Published: October 2022

Abstract
In this study, Knowledge-Based View (KBV) and Theory of Technology in a Generic Customer Knowledge Management (CKM) Framework were assimilated to demonstrate the Organizational, Human and Technological antecedent factors that enable CKM processes to improve software product quality. A Theoretical CKM Framework was developed by extracting Human, Organizational and Technological factors from the literature, then, the “Technique for Order of Preference by Similarity to Ideal Solution” (TOPSIS) Multi-Criteria Decision Making (MCDM) method was applied to find the importance level of factors to CKM development in software companies. The weight and priority of factors were determined by 31 experts in enterprise software development companies. The results show that, from an expert viewpoint, CKM antecedent factors are categorized into high priority and low priority groups. Organizational factors such as “Customer Involvement”, “Customer-Centric Culture” and “CKM Strategy Development” are high priority.
Analysis of Forecasted Methane Concentration at the Top Gate of a Wall Ventilated by Means of the “U” System. Case Study
Authors: Łukaszczyk Zygmunt , Badura Henryk 
Published: October 2022

Abstract
The release of methane into the mine atmosphere poses a threat to the miners. Methane is an explosive gas at concentrations of 5-15% in air by volume and throughout the history of coal mining has been the cause of devastating explosions in mines around the world. For these reasons, in methane coal mines, the concentration of methane emitted from the coal face and the entire mine is controlled by means of a well-designed ventilation system, a system controlling the concentration of methane in the mine atmosphere and a system for methane drainage of the rock mass and goafs. The presented article concerns the forecast of the average concentration of methane on a given day, in the places of sensors located in the longwall roadways of discharge air exhausted from the longwall: up to 10 m in front of the wall and at the outlet of the roadway. Both forecasts were made using the prognostic equations on the basis of measurement data concerning the ventilation roadways of one of the longwalls at JSW SA.
Numerical Simulations of the Exploitation Parameters of the Rotary Feeder
Authors: Karwat Bolesław , Rubacha Piotr , Stańczyk Emil 
Published: October 2022

Abstract
The article presents the problems of determining the mass efficiency of a rotary feeder depending on the selection of design parameters of the device, such as outer diameter, number of blades and rotational speed of the rotor. The hitherto theoretical methods of calculating the feeder efficiency were presented, as well as a new method of determining the device operation parameters was proposed. For this purpose, the numerical Discrete Element Method was used, which allowed simulating the transport of limestone powder in a cell feeder with various design variants. The results of the tests showed that the above design parameters affect the instantaneous efficiency of the feeder and thus impact the distribution of the dosed material during the operation of the device. Depending on the design solution, the simulation results gave information on the fill factor of the feeders. The study showed a significant potential of DEM simulation in the design of circular feeders intended for dosing bulk materials.
Assessment of the Stability of Bev Lhd Loader
Authors: Bołoz Łukasz , Kozłowski Artur , Horak Wojciech 
Published: October 2022

Abstract
The article concerns the computational model for analysing the stability of the BEV LHD loader. Works were carried out to develop an innovative, light battery-powered loader, which was the subject of an R&D project implemented in cooperation with Bumech S. A. Compared to the existing solutions of loaders with similar load capacity, this one is distinguished by the use of an individual electric drive in each wheel and a replaceable battery. A physical and mathematical model was developed taking into account the specificity of the BEV LHD loader. In the model, the masses of the battery, individual drives, the platform and excavated material are taken into account separately. The developed model allows determining the loader wheel pressure on the floor, depending on the location of its components’ centres of gravity, the turning angle of the machine, the amount of excavated material in the bucket and the position of the bucket. The input parameters also include the longitudinal and transverse excavation slope angles. In addition, the model enables determining the inner and outer turning radius of the loader. To verify the theoretical model, dynamic simulation tests were carried out. The results of simulation analyses confirmed the correctness of the developed theoretical model. The model was used to prepare a calculation sheet for analysing the stability on the basis of the adopted parameters. In the article, selected results of the conducted stability analyses have been presented, along with the proposed parameters ensuring the loader’s stability. The developed theoretical model enables a quick assessment of the loader’s stability, which, due to a number of innovative solutions, differs from existing designs. The structure of the loader at the design stage is subject to numerous modifications, which affect the distribution of the centres of gravity of individual components. The developed model of the loader is a useful, parameterized tool that allows assessing the stability and the values of the turning radii of the machine.
General Strength, Energy Efficiency (EEDI), and Energy Wave Criterion (EWC) of Deadrise Hulls for Transitional Mode
Authors: Kanifolskyi Oleksandr 
Published: October 2022

Abstract
In the modern world, environmental issues come to the fore. The document of MARPOL for reducing the emission of pollutants into the atmosphere relates to the energy efficiency coefficient EEDI. This coefficient is directly related to the power of the main engine and, accordingly, to the water resistance. The way to reduce the energy efficiency factor EEDI by increasing the relative length

L

V
3

{L \over {\root 3 \of V }}

of the ship was proposed in this article. To determine the maximum value of the relative length, knowledge of the general strength of the vessel is required. The value of the relative section modulus of an equivalent girder for a small vessel of transitional mode is defined. The result of the graphic solution of two equations is the value of such a relative section modulus. This parameter is required to determine the limiting value of the relative length and to find solutions to reduce the coefficient EEDI. Comparative analysis of the obtained data with the data of the strength and weight of the H-girder with a length similar to the ship was conducted. The formula for determining the limiting value of the relative length was obtained from the equation of general strength. For a preliminary assessment of the future project of the ship, in terms of permissible design accelerations and the possibility of the ship moving against a sea wave of a certain height, a graph was built based on the application of the energy wave criterion EWC and the requirements of various classification societies.
Assisted Propulsion Device of a Semi-Submersible Ship Based on the Magnus Effect
Authors: Lv Jingze , Lin Yiqun , Zhang Rui , Li Boyang , Yang Hualin 
Published: October 2022

Abstract
The purpose of this study is to explore the potentiality of wind propulsion on semi-submersible ships. A new type of Flettner rotor (two rotating cylinders) system installed on a semi-submersible ship is proposed. The structure and installation of two cylinders with a height of 20 m and a diameter of 14 m are introduced. The numerical simulation of the cylinder is carried out in Fluent software. The influence of apparent wind angle and spin ratio on the two cylinders are analysed, when the distance between two cylinders is 3D-13D (D is cylinder diameter). When the distance between two cylinders is 3D, the performance of the system increases with an increase in spin ratio. Moreover, the apparent wind angle also has an effect on the system performance. Specifically, the thrust contribution of the system at the apparent wind angle of 120° is the largest at the spin ratio of 3.0. The maximum thrust reaches 500 kN. When the spin ratio is 2.5 and the apparent wind angle is 120°, the maximum effective power of the system is 1734 kW. In addition, the influence of the two cylinders distance on system performance cannot be ignored. When the distance between the two cylinders is 7D and the spin ratio is 2.5, the effective power of the system reaches a maximum, which is 1932 kW.
Research on the Risk Classification of Cruise Ship Fires Based on an Attention-Bp Neural Network
Authors: Xiong Zhenghua , Xiang Bo , Chen Ye , Chen Bin 
Published: October 2022

Abstract
Due to the relatively closed environment, complex internal structure, and difficult evacuation of personnel, it is more difficult to prevent ship fires than land fires. In this paper, taking the large cruise ship as the research object, the physical model of a cruise cabin fire is established through PyroSim software, and the safety indexes such as smoke temperature, CO concentration, and visibility are numerically simulated. An Attention-BP neural network model is designed for realizing the intelligent identification of a cabin fire and dividing the risk level, which integrates the diagnosis results of multiple neural network models through the self-Attention mechanism and adaptively distributes the weight of each BP neural network model. The proposed model can provide decision-making reference for subsequent fire-fighting measures and personnel evacuation. Experimental results show that the proposed Attention-BP neural network model can effectively realize the early warning of the fire risk level. Compared with other machine learning algorithms, it has the highest stability and accuracy and reduces the uncertainty of early cabin fire warning.
Optimization Model to Manage Ship Fuel Consumption and Navigation Time
Authors: Rudzki Krzysztof , Gomulka Piotr , Hoang Anh Tuan 
Published: October 2022

Abstract
Owners of vessels are interested in the lowest possible operating costs. These costs are mainly related to fuel consumption during navigation. To manage it rationally, the main decision-making problem is selecting the proper parameters of the ship’s propulsion system during navigation. In practice, operators of ships equipped with controllable pitch propellers controlled in manual mode make a selection of the commanded outputs based on their own knowledge, intuition, and all accessible information regarding sea conditions. In many cases, their decisions are unreasonable or incorrect. Therefore, it would be desirable to support their decision-making in selecting the commanded outputs.
For this reason, we have decided to develop a decision support system in the form of an expert system. This computer-aided system supports the selection of the commanded outputs of the ship’s propulsion system. The most important component of this system is the two-criteria optimization model, allowing the rational management of the ship fuel consumption and navigation time.
An Innovative Method of Measuring the Extension of the Piston Rod in Hydraulic Cylinders, Especially Large Ones Used in the Shipbuilding and Offshore Industry
Authors: Dymarski Paweł , Dymarski Czesław , Grymajło Piotr 
Published: October 2022

Abstract
The article presents the results of selected works related to the wider subject of research conducted at the Faculty of Mechanical Engineering and Shipbuilding at the Gdańsk University of Technology, regarding designing various on board devices with hydraulic drive for ships and other offshore facilities. One of the commonly used these mechanisms are hydraulic actuators with the measurement of the piston rod extension. The issue of precise measurement of the piston rod extension is extremely important in modern technologies of construction, assembly and precise displacement and positioning of large and heavy, both land and ocean engineering objects or structural elements with the use of several large hydraulic cylinders working in parallel. The article presents a one of two new patented P.425099 – A device for measuring the extension of a hydraulic cylinder piston rod. [1].
A Method for the Interpretation of Sonar Data Recorded during Autonomous Underwater Vehicle Missions
Authors: Zieja Mariusz , Wawrzyński Wojciech , Tomaszewska Justyna , Sigiel Norbert 
Published: October 2022

Abstract
Image acquisition from autonomous underwater vehicles (AUVs) is useful for mapping objects on the seabed. However, there are few studies on the interpretation of data collected with side-scan sonar during autonomous underwater vehicle missions. By recording the seabed with 3D multibeam sonar, a large number of survey points can be obtained. The collected data are processed using applications based on remote sensing image processing. The data collected during AUV missions (or other sonar carriers) needs to be pre-processed to reach the proper effectiveness level. This process includes corrections of signal amplification (Time Varying Gain, or TVG) and geometric distortions of sonar images (Slant Range Corrections). It should be mentioned that, when carrying out the interpretation process for structures on the sea floor, sonar users need to understand the process of visualising seabed projections and depressions, as well as the resolution limitations of the sonar sensors.
Study of DNA ploidy in newly diagnosed multiple myeloma by flow cytometry and its correlation with disease prognosis and outcome
Authors: Sathya Pandurangan , Kayal Smita , Srinivas Bheemanathi Hanuman , Hamide Abdoul , Kar Rakhee 
Published: October 2022

Objectives:
Multiparameter flow cytometry is increasingly being used in determining DNA content in several hematological malignancies where abnormal DNA ploidy is a useful prognostic marker. This study was done to analyze the DNA ploidy of plasma cells in multiple myeloma (MM) by flow cytometry and explore its role as a prognostic factor.

Material and Methods:
Propidium-iodide staining technique and gating based on light scatter properties were used. DNA index (DI) of the tumor sample was calculated as the ratio of the DNA content of the G0-G1 population of the myeloma cells with the normal control cells (lymphocytes) present in the same sample. Based on DI, ploidy was categorized as diploidy, hypodiploidy, and hyperdiploidy and the results were correlated with the clinical outcome.

Results:
Among 32 patients, none had hypodiploid DNA content, 8 (25%) patients had hyperdiploid DNA, and 24 (75%) patients had diploid DNA. There was no significant association between DI and international staging system staging (P = 0.68), Eastern Cooperative Oncology Group Performance Status (P = 0.59), and post-induction remission status (P = 0.10). The median overall survival (OS) in the study patients was 20 (CI 11.4–28.8) months and the median progression-free survival was not reached. There was no difference in the OS among patients with diploid MM and hyperdiploid MM (P = 0.84).

Conclusion:
Although hyperdiploid MM has been reported to have a better prognosis than diploid MM, we did not find any significant difference possibly due to the small sample size. Nevertheless, flow cytometry is a useful tool in DNA ploidy analysis and its role as a prognostic factor in various hematologic malignancies including MM can be further explored.
مستوى امتلاك طلبة الصف الرابع العلمي لمهارات التفكير فوق المعرفي وعلاقته بمتغيري الجنس والتحصيل في مادة الفيزياء
Authors: Abdullah Abdul R. , Suleiman Bro Mohamed I. 
Published: October 2022

التعرف على مستوى امتلاك طلبة الصف الرابع العلمي لمهارات التفكير فوق المعرفي وعلاقته بمتغيري الجنس والتحصيل في مادة الفيزياء.

وتكونت عينة البحث من (107) طالباً وطالبة من طلاب الصف الرابع العلمي تم اختيارهم بالأسلوب الطبقي العشوائي من (4) اعداديات للبنين والبنات في ناحيتي زمار والعياضية للعام الدراسي (2011- 2012) وبواقع ( 50) طالبا و (57) طالبة .

ولتحقيق هدف البحث والإجابة على الأسئلة اعد الباحثان أداتان الأولى اختبار للتفكير فوق المعرفي مكون من (20) فقرة مقسمة على ثلاث مهارات ( التخطيط / التنظيم / التقويم ) والثاني اختبار تحصيلي للمفاهيم الفيزيائية مكون من (30) فقرة وقد تحقق الباحثان من صدق وثبات الاختباران فضلا عن الخصائص السايكومترية .

ثم طبق الباحثان الأداتان على أفراد العينة الأساسية بتاريخ (8/1/ 2012 ) وبعد جمع البيانات وتحليلها إحصائيا باستخدام الوسائل الإحصائية المناسبة (معامل ارتباط بيرسون/ بويت بايسريال ) والاختبار التائي لعينتين مترابطتين لمعاملي الارتباط ، دلت النتائج إلى :

هناك قدر مناسب من امتلاك طلبة الصف الرابع العلمي لمهارات التفكير فوق المعرفي( 64% ) عند الذكور ( (69%) عند الإناث .
2- لا توجد علاقة ارتباطية دالة إحصائيا بين مستوى امتلاك طلبة الصف الرابع العلمي لمهارات

التفكير فوق المعرفي ومتغير الجنس .

3-هناك علاقة ارتباطية دال إحصائيا بين مستوى التفكير لمهارات ما وراء المعرفي والتحصيل

للمفاهيم الفيزيائية لدى إفراد عينة البحث من الذكور والإناث .

لا يوجد فرق ذو دلالة إحصائية بين معاملي ارتباط التفكير والتحصيل تبعا للمتغير الجنس .
وقد خرج الباحثان بعدة من الاستنتاجات والتوصيات والمقترحات