bluuebunny/crossref_metadata_2025_split huggingface dataset:
Polysensority of movement: imagining and experiencing continuous sensations
Authors: Nieto L.M.M. 
Published: August 2024

En estas páginas doy a conocer la polisensorialidad del movimiento, los elementos que la conforman, las posibilidades para crear con ellos y algunas creaciones polisensoriales. Denomino polisensorialidad del movimiento a los movimientos o desplazamientos continuos que producen sensaciones continuas en mi imaginación y que intento convertir en creaciones polisensoriales, las cuales registro en video o partitura. El video es tanto registro de una creación como una guía, una partitura móvil. Las sensaciones son: táctil, auditiva, visual, olfativa, gustativa, de movimiento. En las creaciones pueden participar el propio creador, bailarines, actores, músicos, público en general, robots, etc. En ellas se usan instrumentos musicales (por ejemplo, violonchelo, viola, bongós), papeles de distintos materiales, lápices de colores, vasos, acuarelas, lijas, pelotas, etc.; también se utiliza el ámbito donde suceden las creaciones, puede haber muros, piso, techo, árboles, pasto, agua, rocas, arena, etc. Este escrito es una reelaboración y síntesis de mi tesis de Doctorado: El proceso creativo de la polisensorialidad del movimiento (2018).
In these pages, I present the polysensority of movement, the elements that make it up, the possibilities to create with them and some polysensory creations. I call polysensority of movement to the continuous movements that produce continuous sensations in my imagination and that I try to turn into polysensory creations, these can be on video or score. The video is a record of a creation and a guide, a moving score. The sensations are: tactile, auditory, visual, olfactory, taste, movement. The creator himself, dancers, actors, musicians, all audience, robots, etc., can take part in the creations. Musical instruments (for example, cello, viola, bongos), papers of different materials, coloured pencils, glasses, watercolours, sandpapers, balls, etc., are used in them; the space where the creations take place is also used, there may be walls, floor, ceiling, trees, grass, water, rocks, sand, etc. This writing is a reworking and synthesis of my PhD thesis: The creative process of the polysensority of movement (2018).
el grabado como metodología de enseñanza
Authors: Fayos Bosch Leticia 
Published: August 2024

La propuesta que queremos llevar a cabo es la introducción del grabado como práctica artística en el aula para el desarrollo de actitudes creativas, de reflexión y análisis de los alumnos, como herramienta para estimular las habilidades individuales y grupales, el trabajo en equipo y la estimulación visual y expresiva. Queremos activar la capacidad de aprender a aprender a través del currículum del aula y la posibilidad de desaprender y reaprender. Con el grabado como medio expondremos las referencias teóricas donde se fundamentan el enfoque pedagógico y se contextualiza la importancia del grabado llevado al aula.
THE ROLE OF SECURITIES REGULATION IN ENHANCING INVESTOR CONFIDENCE AND MARKET DEVELOPMENT IN SUB-SAHARAN AFRICA
Authors: Onoriode Reginald Aziza  , Ngozi Samuel Uzougbo  , Munachi Chikodili Ugwu  
Published: August 2024

Securities regulation plays a critical role in fostering investor confidence and promoting market development, especially in emerging economies such as those in Sub-Saharan Africa. This abstract examines the multifaceted impact of securities regulation on these two vital aspects within the region. Effective securities regulation ensures transparency, fairness, and integrity in financial markets, which are essential for building and maintaining investor trust. Through stringent disclosure requirements, rigorous enforcement of market rules, and robust investor protection mechanisms, regulatory bodies can mitigate risks associated with market manipulation, fraud, and insider trading. This, in turn, enhances investor confidence, encouraging both domestic and foreign investments. In Sub-Saharan Africa, where many financial markets are still in nascent stages, the development and implementation of sound regulatory frameworks are imperative for market growth. Countries like South Africa, Nigeria, and Kenya have made significant strides in establishing regulatory bodies such as the Johannesburg Stock Exchange (JSE), the Nigerian Securities and Exchange Commission (SEC), and the Capital Markets Authority (CMA) in Kenya, which have contributed to more stable and attractive investment environments. By promoting market transparency and ensuring compliance with international standards, these regulations help in increasing market liquidity, fostering innovation in financial products, and improving overall market efficiency. However, the region still faces challenges, including regulatory capacity constraints, political instability, and economic volatility, which can undermine the effectiveness of securities regulation. Addressing these challenges through capacity building, enhancing regulatory frameworks, and fostering regional cooperation is crucial for the sustainable development of financial markets in Sub-Saharan Africa. Ultimately, well-designed and effectively enforced securities regulation can significantly contribute to the economic growth and development of host communities by balancing the need for investor protection with the imperative of market development.
Keywords: Securities Regulation, Investor, Market Development, Sub-Saharan Africa.
Employability skills, employee engagement, and job performance in Ghana
Authors: Abigail Owusu Boakye  , Faisal Musah  , Prof. Felix Kwame Opoku  
Published: August 2024

The study examined the relationship between employability skills and job performance of staff at the Suame Municipal Assembly, and the mediating effect of employee engagement. This research employed a quantitative research methodology. Again, descriptive and explanatory research designs were used. The study used human capital theory and two-factor theory. 144 staff members were sampled using a simple random sampling technique, and the data were analyzed using partial least squares structural equation modeling (PLS-SEM). The research findings showed that the relationship between employability skills and job performance is statistically insignificant; hence, employees’ skills did not affect their performance at the Suame Municipal Assembly. Again, it was found that employability skills have a statistical relationship with employee engagement. Therefore, the study recommends that the management of the Suame Municipal Assembly explore alternative factors such as job satisfaction and leadership quality that could potentially impact job performance. Again, this study recommends that the management of the Suame Municipal Assembly make a radical shift and transformation to intensify the level of engagement they offer to employees.
Keywords: Employability Skills, Employee Engagement, Job Performance.
Bridging Techniques: A Review of Deep Learning and Fuzzy Logic Applications
Authors: Mohammed Dinah , S. Khudeye Raidah 
Published: August 2024

Abstract—The modelling and prediction field boasts various practical applications, such as deep learning, which is a powerful tool used in this field. It has been proved that deep learning is a valuable technique for extracting extremely accurate predictions from complex data sources. Recursive neural networks have also demonstrated usefulness in language translation and caption production. However, convolutional neural networks remain the dominant solution for image classification tasks. In addition, deep learning, also known as deep neural networks, involves training models with multiple layers of interconnected artificial neurons. The primary idea of deep learning is to learn data representations through rising levels of abstraction. These strategies are effective but do not explain how the result is produced. Without knowing how a solution is arrived at using deep learning. In the field of artificial intelligence, deep learning and fuzzy logic are two powerful techniques. In addition, fuzzy logic combines deep learning to help deep learning select the desired features and work without supervision, making it possible to develop reliable systems with rich DL information even without hand-labelled data. Fuzzy logic that interprets these features will subsequently explain the system's choice of classification label. This survey highlights the various applications which use fuzzy logic to improve deep learning.
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NLP Chatbot For Order Assistance Using Dialogflow
Authors: Vibha M. B.  
Published: August 2024

This paper explains the development of an order assistant conversational AI chatbot with Dialogflow. The chatbot will be created for an improved experience, more customer interaction, and simplicity in placing orders. The current study looks into how NLP chatbots will likely revolutionize customer service operations. The existing systems designed for order assistance are generally ineffective. This increases customer frustration and reduces loyalty. Manual handling of customer queries increases response rate the operational cost and makes the very slow. An automated system with efficient order processing and the possibility of personalizing support would be great. The approach to design an NLP chatbot using Dialogflow in a manner through which machine learning and natural language understanding could be integrated. This chatbot will target the purpose of customer queries and product information, especially in placing an order or tracking it. A user-centric approach will be used to avoid complexity during chat. From the results, it is evident that a chatbot can effectively handle customer queries with an accuracy rate of 90%. Operational costs are reduced by 30%, while response times are shortened by 50%. The level of chatbot performance that is implemented is very gratifying for users since it increases customer experience and loyalty. This research shows that NLP chatbots can revolutionize support in order assistance and customer service. The delivered chatbot solution will ensure that cost-effective and scalable improvements are brought to customer service.
PEMBERIAN PEMAHAMAN DAN PENINGKATAN MOTIVASI TENTANG EKONOMI KREATIF PADA MASYARAKAT DESA OEBIKASE KABUPATEN TIMOR TENGAH UTARA
Authors: Redjo Paulina Rosna Dewi , Kase Marce Sherly , Manane Desmon Redikson 
Published: August 2024

Kegiatan pengabdian kepada masyarakat ini memiliki tujuan terhadap peningkatan pemahaman dan motivasi masyarakat desa Oebikase tentang ekonomi kreatif. Hal ini menjadi bekal yang sangat penting bagi masyarakat untuk mengembangkan usaha dan dalam rangka pengambilan keputusan yang lebih baik, meningkatkan kualitas dan kompetensi masyarakat dalam mengembangkan dan memajukan desa, mengoptimalkan potensi desa (Redjo. At al : 2023 ). Kegiatan ini memberikan pengetahuan tentang ekonomi kreatif berbasis sumber daya desa yang ada pada desa Oebikase. Kegiatan pengabdian ini merupakan wadah peningkatan kemampuan dan keterampilan masyarakat atas pengetahuan dan pemahaman masyarakat terhadap ekonomi kreatif, karenanya diharapkan pelatihan ini memberikan manfaat dan menambah pengetahuan kepada masayarakat terkait dengan penguatan ekonomi kreatif. Metode pendekatan yang digunakan untuk mendukung kegiatan pengabdian bagi masyarakat adalah metode partisipatif dimana masyarakat desa dan juga melalui ormawa GMKI terlibat langsung dalam pelaksanaan kegiatan ini, mulai dari persiapan sampai terlaksananya kegiatan tersebut. Adapun bentuk kegiatannya adalah mengadakan pertemuan melalui diskusi tanya jawab, musyawarah dan pelatihan.
الجريمة الإلكترونية في الواقع العراقي ، دراسة وتحليل
Authors: Osamah Nadhim Saadoon Al_Ibadi  , Tariq M. Saeed  , Subhi Hamadi Hamdoon  
Published: August 2024

The Iraqi Ministry of Interior announced the number of cybercrimes and found that there is a need to reduce them while developing a special law for them because the Iraqi judiciary is still dealing with cybercrime perpetrators in accordance with the Iraqi Penal Code No. 111 of 1969. The enormous and continuous scientific progress in the field of communications in the world requires the legislator to continuously develop The Penal Code was designed to accommodate cases that are in line with technological development, including those related to social media networks. The research was based on a field study directed exclusively at university students (study sample). Students' opinions were surveyed on cybercrime topics, which were divided into personal crimes (insult, slander, fraud, and blackmail), societal crime (targeting a group, not an individual), and international crime (Iraqi security). At the end of the paper, several recommendations were included according to the analysis of the questionnaire.
الخلاصة
صرحت وزارة الداخلية العراقية بعدد الجرائم الإلكترونية وتبين هناك حاجة للحد منها مع وضع تشريع قانون خاص بها لأن القضاء العراقي لازال يتعامل مع مرتكبي الجريمة الإلكترونية وفق قانون العقوبات العراقي رقم 111 لسنة 1969. إن التقدم العلمي الهائل والمستمر بمجال الاتصالات في العالم يفرض على المشرع العراقي التطوير المستمر لقانون العقوبات ليستوعب الحالات التي تتماشى مع التطور التكنولوجي ومنها تلك المتعلقة بشبكات التواصل الإجتماعي.
محاور الجريمة الإلكترونية التي وزعت الى جريمة شخصية (السب أو الشتم والإحتيال والإبتزاز) والجريمة المجتمعية (تستهدف فئة وليس فرد) وجريمة دولية (أمن العراق ), تم بعد ذلك عرض نتائج الإستبيان وتحليل الواقع ورفع التوصيات وفق نتائج إستبيان البحث.
Uji Efektivitas Ekstrak Daun Singkong Karet (Manihot gglaziovii) Terhadap Proses Penyembuhan Luka Sayatan Pada Tikus Putih (Rattus norvegicus)
Authors: Asmuruf Yunice , Tumbel Silvana L. , Mongi Jeane , Lengkey Yessie K. , Maarisit Wilmar , Montolalu Friska M. , Ginting Margaretha S. 
Published: August 2024

Negara Indonesia kaya akan keanekaragaman hayati yang dapat diolah menjadi berbagai macam obat yang dapat dimanfaatkan dalam semua aspek kehidupan manusia. Salah satu tanaman yang digunakan adalah daun singkong karet yang mengandung flavonoid, saponin, dan tanin yang diketahui mempunyai aktivitas sebagai antibakteri dan juga memiliki efek dalam mengobati luka pada tikus. Penelitian ini bertujuan untuk mengetahui tingkat efektivitas ekstrak daun singkong karet (Manihot glaziovii) terhadap proses penyembuhan luka sayatan. Penelitian ini menggunakan tikus putih jantan sebanyak 15 ekor dengan membuat luka sayat di punggung tikus. Penelitian ini menggunakan bentuk ekspreimen laboratorium dengan 5 perlakuan yang terdiri dari negative control, positive control dan 3 konsentrasi bertingkat. Hasil dari penelitian ini menunjukkan bahwa ekstrak daun singkong karet konsentrasi 15 persen memberikan efek penyembuhan yang lebih efektif dibandingkan dengan ekstrak konsentrasi 5 persen dan ekstrak konsentrasi 10 persen.
Uji Aktivitas Antioksidan Ekstrak Etanol Dari Tanaman P. Piloselloides Pada Citrus Microcarpa Dengan Menggunakan Metode DPPH 2,2- Diphenyl-1- Picryhydrazil
Authors: Dengen Alvina maria , Maarisit Wilmar , Tombuku Joke L. , Karauwan Ferdy A. , Tampa'I Randy , Sumagando Adolfina , Ginting Margaretha S. 
Published: August 2024

Pyrrosia piloselloides, juga dikenal sebagai tanaman skala naga, telah digunakan dalam pengobatan tradisional untuk daunnya, yang mungkin memiliki efek antioksidan. Penelitian ini bertujuan untuk mengevaluasi potensi antioksidan dari ekstrak etanol daun Pyrrosia piloselloides yang sering dikenal dengan sisik naga. Aktivitas antioksidan ekstrak etanol dari P. Tanaman piloselloides diukur menggunakan uji 2,2-Diphenyl-1-picrylhydrazyl (DPPH) pada dosis 2,5ppm, 5ppm, 7,5ppm, 10ppm, dan 12,5ppm. Analisis fitokimia digunakan untuk mengidentifikasi senyawa bioaktif yang ada di P. jaringan daun piloselloides. Metabolit sekunder seperti alkaloid, flavonoid, tanin, triterpenoid, saponin, dan fenolik diukur dalam P. daun piloselloides. Nilai IC50 untuk aktivitas antioksidan ekstrak etanol mentah P. Piloselloides Dragon Scale Leaves adalah 3,30 ppm.
Geomechanical Analysis of Caprock Integrity and Fault Stability for Greensand CO2 Storage Project Feasibility
Authors: Younessi A. , Kårstad E. , Basu P. , Larsen M. , Burachok O. 
Published: August 2024

ABSTRACT:
A comprehensive geomechanical assessment is carried out to investigate the upper pressure limit of CO2 injection for the depleted Frigg Sand oil reservoir in the Nini field, offshore Denmark. The mechanical stability of the Frigg Sand reservoir, shale caprock and key intersecting faults was investigated using a field-scale coupled finite element model built for the target storage reservoir, taking into account the forecasted CO2 injection plan. The analysis shows that the calculated threshold pressure to initiate tensile failure in the caprock is considerably above the planned CO2 injection pressure. The results also show that there is no risk of shear failure in the caprock for the entire studied area. The fault stability analysis shows that no risk of fault reactivation exists in the overburden. However, some faults may reach the critical stress state for reactivation in the reservoir with high injection pressures. Overall, the most likely mode of failure is possible tensile failure in the caprock and this defines the safe operational limit for the Frigg Sand reservoir. Thorough analyses using a field-scale finite element simulation coupled with the reservoir flow dynamic simulations helped to capture the risk associated with the CO2 injection operation and to optimize the injection plan.

1. INTRODUCTION
Project Greensand is a geological CO2 storage project located in offshore Denmark. The storage layer is the depleted Frigg Sand reservoir approximately 1800 m below the seabed in the Nini field. The Frigg Sand reservoir has a potential storage of 0.5 million tonnes of CO2 per year by 2026 with an expected storage capacity of 5.0 million tonnes. Modeling and monitoring the subsurface behavior throughout the CO2 injection is key to a permanent, efficient and secure storage. Subsequently, as part of the injection design, a comprehensive geomechanical analysis was carried out to investigate the impact of the CO2 pressure on the caprock and fault stabilities near the injection zone and estimate the upper pressure limit of the CO2 injection.
Poroelastic Properties of Indiana Limestone
Authors: Kalbekov A. , Naumann M. , Duranti L. , Prasad M. 
Published: August 2024

ABSTRACT:
This research investigates the poroelasticity of Indiana Limestone, focusing on how confining and pore pressures affect properties like porosity, permeability, and wave velocities. We analyzed the dynamic and static stiffnesses, highlighting the influence of hydraulic properties on rock elasticity. Findings indicate that, for this set of rocks, higher permeability possess greater stiffness and faster velocities, due to improved grain cementation and lower surface areas per grain volume. Additionally, we discovered a linear relationship between dynamic and static effective stress coefficients. A significant outcome is the stress dependency on Biot's coefficient, with considerable changes observed after a 20 MPa differential pressure change, underscoring the necessity for pressure-adjusted estimations rather than utilizing a constant value for a rock as per industry standards. Moreover, our experiments show that deionized water interaction softens the carbonate's matrix, challenging traditional fluid substitution models like Gassmann's in predicting rock stiffness accurately.

1. INTRODUCTION
Classical elasticity theory does not completely explain the behaviors of petroleum and CO2 reservoirs due to the presence of pore fluids and changing boundary conditions that affect the mechanics of porous rocks (Detournay & Cheng, 1993).
A porous medium saturated with fluid is composed of a solid matrix and interstitial fluid, which coexist and interact in the following ways: (1) an increase in pore pressure when external force is applied, and the fluid is trapped within the system; and vice-versa, (2) dilation of the system in response to applied internal pore pressure (Detournay & Cheng, 1993).
In the realm of infinitesimal deformations, solids are regarded as elastic entities (Gassmann, 1951a; 2007). The dynamics of an isotropic porous material subjected to diverse stresses are encapsulated by strains, as elucidated by Nur and Byerlee (1971):
(equation)
In this context, σij represents Kroenecker's delta, and the notation of repeated indices implies a summation, with
σkk representing the hydrostatic stress. The right-hand side of the equation is divided into three distinct parts: the first part reflects the rock's response to deviatoric stresses, which is strictly controlled by the shear modulus G. The middle part describes the deformation resulting from hydrostatic compression, characterized by the bulk modulus K. The third part illustrates the dilation of the porous rock due to variations in pore pressure, with 1/Kbp representing the poroelastic expansion coefficient, also known as the pseudo-bulk modulus (Biot, 1941). This approach uses a sign convention in which compression is considered positive.
Use of Minifrac and PVC Data to Constrain Re-Pressurization Stress Path
Authors: Zhang J. , Edwards S. , Majidi R. , Mahadev K. , Duvivier G. 
Published: August 2024

ABSTRACT:
Determination of minimum horizontal stress (Sh) and its alteration with reservoir pressure (or stress path) is critical for efficient drilling, completion, production, intervention, and reservoir management. A comprehensive method is developed to constrain stress path for both depletion and re-pressurization by integrating the actual field mini-frac and rock mechanics laboratory pore volume compressibility (PVC) test data.
PVC test demonstrates that the stress path decreases with depletion. Field data from three reservoirs in Gamma Field and one reservoir in Delta Field in deep-water wells in the Gulf of Mexico (GoM) show that stress path measured from PVC test agrees very well with the stress path defined from minifrac tests. Therefore, it can be used to predict Sh for depleted sand. The calculated stress path for re-pressurization shows that the higher the stress path for depletion, the higher it is for re-pressurization. The most likely stress path is 0.66 for depletion and 0.56 for re-pressurization for Reservoir B and 0.70 for depletion and 0.61 for re-pressurization for Reservoir C.
The results from this study have been used to determine the depleted sand fracture gradient for drilling and operation pressure limit for well intervention.

INTRODUCTION
It is critical throughout the various phases of drilling, completion, production and intervention to understand and predict the evolution of reservoir pressure and in-situ stresses especially when production is ongoing, and the reservoir becomes progressively depleted. Stress path is introduced to evaluate how the in-situ stresses change with reservoir pressure variation. There are three stress path parameters that relate to the three principal stresses, overburden (Sv), maximum horizontal stress (SH) and minimum horizontal stresses (Sh) to reservoir pressure alteration (Sayer, 2006, Zhang et al. 2021a & 2021b). Stress path for Sh is discussed in this paper.
Stress path can be measured in the lab by running pore volume compressibility (PVC) tests. Through various methods of loading and unloading, there are three types of PVC tests that can be conducted: "true" depletion, effective stress, and rate type compaction method (RTCM). Zhang et al. (2021a) found that the Sh calculated by using the stress path measured from PVC tests matched very well with the minifrac and drilling losses data from two fields in deep water Gulf of Mexico. It is also discovered that "true" depletion method is more accurate when compared to effective stress and RTCM methods. This observation seems to agree with the physics of the test.