bluuebunny/crossref_metadata_2025_split huggingface dataset:
ANALISIS FAKTOR YANG MEMPENGARUHI KEPUTUSAN PENGGUNAAN QRIS PADA GENERASI MILENIAL KABUPATEN SUKOHARJO
Authors: Jannah Miftaqul , Hasyim Fuad , Sari Lina Evira Permata 
Published: September 2023

Perkembangan teknologi berjalan sangat cepat. Salah satu perkembangan tersebut adalah berkembangnya financial technology dimana terjadi pola perubahan pembayaran yang awalnya tunai menjadi digital. Perubahan tersebut memunculkan teknologi baru yaitu QRIS (Quick Response Code Indonesian Standard). Meskipun QRIS sudah banyak digencarkan, tampaknya belum banyak pengguna QRIS. Maka penelitian ini ditujukan untuk menganalisis pengaruh Perceived Usefulness, Perceived Ease of Use, Attitude Toward Behavior, dan Perceived Risk terhadap Keputusan Penggunaan QRIS Generasi Milenial. Jenis penelitian ini adalah penelitian kuantitatif dengan data primer. Teknik pengambilan data pada penelitian ini menggunakan non-probability sampling dengan cara purpossive sampling. Data diperoleh melalui penyebaran kuesioner sehingga didapatkan 100 responden yang berusia 15-29 tahun di Kabupaten Sukoharjo. Teknik analisis data menggunakan Structural Equation Model (SEM) berbasis Partial Least Square (PLS). Hasil dari penelitian ini menunjukkan bahwa variabel Perceived Usefulness, Perceived Ease of Use, Attitude Toward Behavior, dan Perceived Risk berpengaruh signifikan terhadap Keputusan Penggunaan QRIS Generasi Milenial.
Strategische Überlegungen zur Förderung der zirkulären Wertschöpfung in der Baubranche durch die standardisierte Erstellung eines digitalen Gebäuderessourcenpasses
Authors: Strotmann Henriette 
Published: September 2023

Die Baubranche ist in der EU einer der rohstoffintensivsten Wirtschaftsbereiche. Dies gilt auch für Deutschland, wo die Branche neben einem hohen Ressourcen-, Energie- und Flächenverbrauch und CO2-Emmissionen auch für etwa 55 % der Abfallmengen in Deutschland verantwortlich ist. Dies erklärt die politischen und gesellschaftlichen Forderungen eines Umdenkens und neuer erfolgreicher Strategien von der linearen zur zirkulären Wertschöpfung.

In diesem Prozess ist die Digitalisierung sowohl eine neue technologische Herausforderung als auch eine mögliche Antwort auf den Wandel und bietet viele Ansatzpunkte, um die zirkuläre Wertschöpfung über den gesamten Lebenszyklus von Bauwerken – von der Planung bis zum Rückbau – zu unterstützen und die Ressourceneffizienz der Baubranche zu steigern.
Interaktive Oberflächen für mobiles Arbeiten/Interactive surfaces for mobile work – Evaluation of interaction concepts for office tasks during an automated ride
Authors: Mathis Lesley-Ann , Wechner Reto , Bues Matthias , Widlroither Harald , Halili Adrian , Krun Denis , Lahres Michael 
Published: September 2023

Mobiles Arbeiten in vollautomatisierten Shuttles ermöglicht in Zukunft eine produktive Nutzung der Reisezeit. In diesem Beitrag werden zwei Konzepte interaktiver Oberflächen im Fahrzeuginnenraum für das Ausführen von Büroaufgaben evaluiert, ein Touchscreen und eine interaktive Projektionsfläche. Neben dem Nutzungserlebnis und der subjektiven Arbeitsbelastung wird die effiziente Aufgabenbearbeitung im Vergleich zur Arbeit an einem herkömmlichen Laptop mit Nutzenden bewertet.

Mobile work in fully automated shuttles will enable the productive use of travel time in the future. This study evaluates two concepts of interactive surfaces in the vehicle interior for performing office tasks: a touchscreen and an interactive projection surface. In addition to user experience and perceived workload, efficient task completion is evaluated in comparison to working on a conventional laptop with users.
Autonome Montagezellen in Matrix-Produktionssystemen/Self-optimization of hybrid-autonomous assembly cells in matrix-based production systems
Authors: Frieß Uwe , Oberfichtner Lena , Hellmich Arvid , Lorenz Marcel , Ihlenfeldt Steffen 
Published: September 2023

Der Beitrag beschreibt einen Ansatz, mit dem autonome Montagesysteme ihre Eigenschaften durch lokale Selbstoptimierung verbessern. In Abgrenzung zu bestehenden Systemen ist dieser Ansatz für kleine und mittlere Chargen wesentlich besser geeignet, da die notwendige Anlagentechnik weniger komplex und adaptiv einsetzbar ist sowie eine sequenzielle Einbindung von Handarbeitsplätzen im Sinne „hybrid-autonomer Zellen“ vorsieht. Zudem wird die Einbettung des Konzepts in eine matrixbasierte Produktion aufgezeigt.

This article describes an approach how autonomous assembly systems use local self-optimization to improve their properties. In contrast to existing systems, this approach is much more suitable for small and medium-sized batches, since the system technology is less complex, can be used more adaptively and a sequential integration of manual workstations is planned in the sense of „hybrid autonomous cells“. Also, the embedding of the concept in a matrix-based production is presented.
TIẾP CẬN CHIẾN LƯỢC TRONG TIẾP THỊ ĐỊA PHƯƠNG
Authors: Thuyên Trương Thị Ngọc 
Published: September 2023

Nhiều quốc gia trên thế giới đã gặt hái thành công nhiều mặt nhờ tiếp thị địa phương. Đây cũng là một vấn đề đang thu hút sự quan tâm ở Việt Nam. Tuy nhiên, tài liệu về lĩnh vực này còn hạn chế và việc thực hiện tiếp thị địa phương trong thực tế còn nhiều bất cập. Bài viết là sự tổng hợp một số tài liệu mang tính khái quát về các quá trình hoạch định và triển khai tiếp thị địa phương. Bài viết trình bày mô hình chiến lược tiếp thị địa phương bao gồm: đánh giá hiện trạng địa phương, xác định đối tượng và thị trường mục tiêu, xây dựng các yếu tố tiếp thị, xây dựng kế hoạch tiếp thị và triển khai thực hiện và đánh giá chiến lược tiếp thị. Mỗi một địa phương có những nguồn lực và khả năng cạnh tranh khác nhau, do vậy các địa phương phải chủ động xây dựng chương trình tiếp thị trên cơ sở các phân tích nguồn lực, cân đối kinh phí thực hiện với hiệu quả mong đợi trong chiến lược tiếp thị.
CONVERGENCE RATE OF THE PHAM DINH-L E THI'S ALGORITHM FOR THE TRUST-REGION SUBPROBLEM
Authors: Tuấn Hoàng Ngọc 
Published: September 2023

We obtain sufficient conditions for the linear convergence of the iterative sequences produced by the Pham Dinh-Le Thi Algorithm for the trust-region sub-problem. In addition, we give two examples to show that, if the sufficient conditions are not satisfied, then the DCA sequences may not be linearly convergent.
AN INTRODUCTION TO FACTORIZATION TECHNIQUE FOR BUILDING RECOMMENDATION SYSTEMS
Authors: Nghe Nguyen Thai 
Published: September 2023

Recommender System (RS) is successfully applied in predicting user preferences. For instance, RS has been used in many areas such as in e-commerce (for online shopping), in entertainments (music/movie/video clip... recommendation), and in education (learning resource recommendation). In Vietnam, e-commerce is initially growing, thus, RS may be an interesting and potential research topic in the next years. In this work, we shortly introduce about the RS and thoroughly describe one of the prominent techniques in RS which is Matrix Factorization (MF). We describe the MF in details so that the new reader can understand and implement it easily. In the experiments, we set up and compare the MF with other techniques using three data sets from two different areas which are entertainment and education. Experimental results show that the MF can work well in both entertainment (e-commerce) and education domain.
TECHNOLOGY FOR DETERMINING THE SAFETY OF AMMUNITION IN ACCORDANCE WITH NATO STANDARDS
Authors: Kuzmenko V. , Tretiak N. , Yarysh I. 
Published: September 2023

September 2023 marks 60 years since NATO countries began implementing the principles of ammunition and explosives safety, which are now described in the AASTP and AOR series of publications. This issue is important and significant because during the preparation and operational process, ammunition is exposed to environmental factors that can change the initial parameters and properties of ammunition.
Today, NATO member states assess the safety of ammunition on the basis of more than 45 NATO Standards that have been developed and implemented.
The main guiding documents for determining the safety of ammunition are: Standard AOP- 15 Guidelines for the Assessment of Non-Nuclear Ammunition Safety and Suitability for Use by NATO Forces; Standard AAS3P-01 Evaluation Tests for the Safety and Suitability of Non-Nuclear Ammunition; Standard AASTP-3 NATO Guide to Safety Principles for the Classification of Hazards Associated with Military Ammunition and Explosives; Standard AOP- 62 Ammunition Operational Surveillance, General Guidance.
The article proposes a technology for determining the safety of ammunition based on NATO standards. The proposed technology for determining the safety of ammunition includes two blocks: an assessment process and a program for determining the safety and suitability for use of ammunition: The presented process of safety and serviceability assessment is a specialized problem-solving process; one stage leads to another, taking into account the guarantees that the ammunition is safe and serviceable.
The evaluation process also has several distinctive features that make it possible to apply it effectively in practice. It is possible to repeat the evaluation stages as often as necessary to achieve the desired results. The process can be applied at any level of system complexity, from the development of a general design concept to the final detailing of a subsystem or component design. It also involves making management decisions between the ideal and the most practical option. In this way, the assessment process provides results that meet the definition of system safety, ensures that the optimal degree of risk elimination is achieved within acceptable operational efficiency, time and cost. The program of safety and suitability testing developed on the basis of these factors should be introduced to the requirements for assessing safety parameters at the national operational level.
The developed technology is a clear guideline, a step-by-step instruction for military specialists to determine the level of safety of ammunition and its suitability for use.
ANTI-DRONE PROTECTION USING UNIVERSAL FRAME MASKS
Authors: Matveev L. , Rusnak V. , Rozhenkov A. , Lyashenko V. 
Published: September 2023

The materials of the article reveal the features of using universal frame masks for the comprehensive protection of military equipment and objects from attacks by the enemy's attack drones.
The article defines the essence and content of the complex use of universal frame masks of industrial production, which are intended for the installation of camouflage containers for military equipment and the covering of objects using standard camouflage kits (masking nets), including with the addition of protective anti- drone coatings.
The purpose of the article is to reveal the features of the basic principles of using universal frame masks and protective anti-drone coating for mechanical protection against enemy kamikaze drone strikes, taking into account the tactical techniques of their application based on the experience of conducting combat operations.
It is noted that small-sized means of destruction of the drone-"kamikaze" type are capable of causing significant losses to the personnel, weapons and military equipment of the Defense Forces. Therefore, in order to preserve the lives of the personnel of the units of the Defense Forces and to fulfill their tasks, more attention should be paid to anti-drone protection measures. At present, the study of modern approaches to the comprehensive use of universal frame masks, including those equipped with protective anti-drone coatings, is a relevant and necessary aspect for the implementation of the tasks of state protection.
The article describes that currently domestic manufacturers have developed, patented and tested the industrial design of a universal frame mask on a prototype. This universal frame mask is intended for masking military equipment in trenches, shelters, on technological sites, parking lots, as well as for creating camouflage containers in the absence of natural ones.
It is substantiated that the complex application of a universal frame mask with a camouflage coating for the installation of camouflage containers in combination with an anti-drone net 2.0/250/6 in 1 “RingGuard” provides a number of advantages in terms of increasing the effectiveness of camouflage measures and protection against enemy “kamikaze” drone strikes.
It was determined that further scientific research in this field is seen in the study of the effectiveness of countermeasures against drones, namely regarding the detection and neutralization of drones at various stages of their flight to the target, including at the stage of direct attack on the target. Also, a promising direction is the substantiation of proposals for the creation of transportable sets of a universal frame mask with means of anti-drone protection for the regular equipment of the Defense Forces.
FEATURES OF THE USE OF UNMANNED AIRCRAFT FOR MONITORING THE COAST LINE OF THE SEA COAST
Authors: Sivak V. , Dzhezhulei O. , Zasjadko A. 
Published: September 2023

The materials of the article reveal the features of the use of unmanned aerial vehicles for controlling the coastline of the sea coast. In the article, it is determined that in order to preserve the lives of personnel and perform tasks related to operational control and reconnaissance of the coastline of the sea coast, unmanned aerial vehicles of various types began to be actively involved.
The purpose of the article is to reveal the features of the use of unmanned aerial vehicles for monitoring the coastline of the sea coast. The article reveals the essence and content of the use of unmanned aerial vehicles for reconnaissance of the coastal strip of the sea coast, as well as the conditions and features of their effective use according to various options for tactics.
The main principles of using unmanned aerial vehicles as part of air reconnaissance units during control of the coastline of the sea coast are: constant high level of readiness to perform tasks; concentrating efforts on the enemy's active areas of activity; clear interaction with units of the Maritime Guard of the State Border Service of Ukraine (border units, mobile groups); high activity, decisiveness and suddenness of actions.
The article describes the main ways of using unmanned aerial vehicles, namely: route flight; air search; accompanying the enemy. It is determined that the method of using unmanned aerial vehicles is specified by the senior chief (commander) or determined by the unit commander when making a decision to fly and use an unmanned aerial vehicle. The method of application of flight performance can be changed based on the situation in the area of responsibility in a specific period of time. At the same time, the features of the use of unmanned aerial vehicles during the day, at night, at extremely low altitudes and above the water surface are revealed.
The article emphasizes that all flights for the purpose of controlling the coastline of the sea coast should be carried out with the maximum use of the camouflage properties of the terrain and, if possible, in the morning hours of the day. It was determined that further scientific research in this field is seen in the procedure of combining control of the coastal strip of the sea coast with reconnaissance and search for mines and explosive objects on land and water surface.
ANALYSIS OF THE MARKET OF UNMANNED AERIAL VEHICLES IN UKRAINE AND PROSPECTS FOR ITS DEVELOPMENT
Authors: Skuhariev V. , Tykhonenko V. , Borzenko D. 
Published: September 2023

Analysis of the UAV market and prospects for its development. The purpose of the work is to clearly demonstrate the number of UAV manufacturers and the direction of their application.
The work will make it possible to visually demonstrate the products of the main developers and fill the gaps in production that were identified in the existing military segment of the market of unmanned aerial vehicles manufactured in Ukraine. The article examines and analyzes the materials on the distribution of the UAV market in the civil and defense spheres. The main attention is paid to the defense sphere, where functional classifications and classifications according to the purpose of UAVs are defined. The allocation of state support funds for contracts for the purchase of new models of unmanned aerial vehicles was considered. The drones that are produced the most and the least are determined. A change in the vector of UAV production is predicted due to the change in the nature of hostilities in the south and east of Ukraine. The direction of further research is proposed, which can be as an additional consideration in the set of selected indicators of additional technical characteristics that affect the combat capabilities of UAVs, as well as consideration of cost indicators.
METHODS FOR CALCULATING THE THERMAL AND STRESS-STRAIN CONDITIONS OF THE MAIN COMBUSTION CHAMBERS FLAME TUBES
Authors: Chemerys Ye. , Tulenko I. 
Published: September 2023

Large-scale russian aggression has created a number of new and critical challenges in the field of security and defense. The growing number of emerging tasks, and at the same time the need for greater efficiency in solving them, determine the need to update and implement rational ways to maintain the serviceability of the required number of aircraft, taking into account their own and international experience.
Thus, the development of a scientific and methodological apparatus for modeling physical processes that occur in resource-limiting parts and assembly units of aircraft engines, regarding their impact on the durability of the material in the process of operating factors, is an urgent scientific task. At the same time, it is taken into account that absolutely every engine loading cycle during flight or ground testing corresponds to a certain proportion of damage to its components, which determines a certain quantitative measure of their exhaustion of the resource.
The article proposes a methodology for calculating the thermal stress-strain states of the flame tubes of the main combustion chambers. The objectivity and accuracy of the calculations is determined by the reliability of the boundary conditions required to solve the non-stationary thermal conductivity equation. The proposed technique allows to take into account the distribution of temperature fields obtained due to numerical modeling of the working process in the main modes of engine operation.
INCREASING THE ACCURACY OF THE DETERMINING COORDINATES OF THE TARGET BY AUTOMATED SOUNDOMETRICAL COMPLEX THROUGH ANALYSIS OF TEMPORAL DECODING WHEN DETECTING A TARGET
Authors: Yarovenko V. 
Published: September 2023

Artillery sound reconnaissance is one of the types of artillery reconnaissance. The equipment used in sound reconnaissance makes it possible to determine the coordinates of the enemy’s artillery and mortar batteries by the sound of firing howitzers (mortars), and when adjusting the fire of one’s own artillery, to determine the place of the projectile rupture under any meteorological conditions without any radioactivity and unmasking of their positions. This is the advantage of sound intelligence over other types of intelligence [1–2].
At the same time, negative properties of sound reconnaissance is the influence on it of the conditions of audibility of the sounds of shots and explosions, which depends on the distribution of meteorological elements by height (air temperature, wind direction and speed). The conducting military operations shows that the influence of the meteorological component and topographical errors may not be linear, and therefore, in order to increase the accuracy of targeting using sound-metric systems, it is necessary to study the influence of these factors in more detail. Analysis of the operational documentation of the AZK-7 complex showed that the time decoding is not used to increase the accuracy of target coordinate determination.
This article provides ways to improve the target coordinate calculation algorithm due to the time decoding, using the data of the standard operating mode and the proposed formulas and dependencies.
It is advisable to implement the generated algorithm in the software of the AZK-7 to automate the process of increasing the accuracy of determining the coordinates of targets, which in turn will significantly increase the effectiveness of counter-battery combat by the RViA units of the Armed Forces of Ukraine.
Supply Chain Unicorn Hunt: The Elusive Quest for HR
Authors: Hoareau Émilie , Ageron Blandine , Bidan Marc 
Published: September 2023

Cette article se situe à la confluence des corpus théoriques du management des ressources humaines et du management de la supply chain. Face à la pénurie de ressources humaines dans le domaine du management de la logistique et de la supply chain, nous formulons en effet les questions suivantes, 1) Quel est le profil type de cette ressource managériale visiblement devenue rare ? 2) Quelles sont les compétences clés requises ? Pour répondre à ces questions, nous nous appuyons sur la littérature en SCM traitant des compétences et une enquête menée auprès de 156 managers français évoluant dans le champ de la logistique et du SCM. Nos résultats sont issus d’une analyse des données textuelles. Ils mettent en lumière 3 profils types qu’il est possible de qualifier de portrait type : le chef de projet, le manager des relations et le manager des flux. Cette analyse textuelle a également montré l’existence de 6 blocs de compétences clés que nous avons qualifiées de « facettes » du métier (initiative, investigation, médiation, vision, harmonisation et technique). Sur le fond, il est apparu que ces facettes ne se manifestent pas de la même façon en fonction des caractéristiques du manager, de son organisation et/ou de son poste. Dès lors, nous discutons d’indicateurs positifs dans la lutte contre la pénurie de talents à destination des responsables RH en soulignant l’importance du contexte. Nous concluons sur les limites et perspectives.
Fabriquer et exercer l’autorité dans une communauté religieuse au xix e siècle : Les « sœurs servantes » des Filles de la Charité
Authors: Jusseaume Anne 
Published: September 2023

Cet article étudie la manière dont les « sœurs servantes » des Filles de la Charité apprennent et endossent le rôle de direction d’une communauté. Il rend compte d’une expérience singulière de l’autorité, féminine et religieuse, dans la France du milieu du xix e siècle à la veille de la Première Guerre mondiale, dans une institution qui est pourtant un lieu de fabrication de la docilité. Situant ces figures d’intermédiaires de l’autorité dans la congrégation, l’article analyse les sources qui témoignent du travail croissant de l’institution pour définir l’autorité, y former ces femmes et contrôler leur pratique, accumulant ainsi des savoirs sur l’exercice du pouvoir. Excellence religieuse et mise en œuvre des dispositions morales et affectives alors associées aux femmes constituent des ressorts efficaces de l’autorité au quotidien. Celle-ci permet à des centaines de femmes d’exercer, avec plus ou moins de réussite, un réel pouvoir et leur ouvre des carrières.
Charité sans frontières : Les religieuses, les soins et l’aide humanitaire (1850-1920)
Authors: Brejon de Lavergnée Matthieu 
Published: September 2023

Cet article se propose de croiser les historiographies du religieux, du soin et de l’humanitaire à partir d’une étude de cas portant sur des religieuses catholiques. Généralement abordées par le biais des catégories de la charité et de la mission, les religieuses relèvent-elles aussi d’une culture et de pratiques humanitaires ? En s’appuyant sur l’exemple des Filles de la Charité, connues aussi sous le nom de Sœurs de Saint-Vincent-de-Paul, différentes entrées sont mobilisées à l’appui de la démonstration : cultures de guerre en Crimée et lors de la guerre de Sécession américaine ; émotions humanitaires en Chine et au cours de catastrophes comme l’incendie de Chicago ; aspects transnationaux enfin d’une congrégation de femmes comme de certaines causes qu’elles soutiennent, ainsi de la lutte contre la tuberculose après la Première Guerre mondiale.