Traditional Description Research Articles

『동야휘집』의 이야기 변개 전모와 그 성격

The purpose of this article is to reveal the full account of Dongyahwijip’s story modification in order to estimate the position of Dongyahwijip, which is an assortment of reproduced and accumulated Yadam stories in the late Joseon dynasty, in the history of Yadam. Although this topic has been discussed in the academia, the outcome was not satisfactory since there was not enough pieces covered in the previous discussions. In this article, while covering the entire collection of the Yadam in the previous generation, the entire 260 pieces of Dongyahwijip were scrutinized to reveal the full account of how they were ‘embellished’ and ‘reconstructed’. As a result, a wide variety of reproduction and modification were identified, including simple reproduction, anecdotal listing, motif addition, story combination, enlarged supplementary, reduction, and some other types as well. The direction these changes intended was to expand and reorganize the stories while in certain pieces the rationality of the narrative was also improved. Through the transformation, however, the addition of poetry, excessive use of traditional stories, and lengthy and colorful descriptions sometimes led to narrative delay, resulting the original nature of Yadam as short story being halved. Although the rhetorical style used could be considered as an improvement in literary art, the fact that Yadam had reproduced as such literary works proves that it no longer could function as the reflection of reality. Therefore, Dongyahwijip, the assortment of the Yadams in the late Joseon Dynasty, symbolizes the presentness of Yadam that lost its original function in the 19th century.

A review of the non-semiaquatic adaptations of extinct crocodylomorphs throughout their fossil record.

Crocodylomorphs constitute a clade of archosaurs that have thrived since the Mesozoic until today and have survived numerous major biological crises. Contrary to historic belief, their semiaquatic extant representatives (crocodylians) are not living fossils, and, during their evolutionary history, crocodylomorphs have evolved to live in a variety of environments. This review aims to summarize the non-semiaquatic adaptations (i.e., either terrestrial or fully aquatic) of different groups from different periods, highlighting how exactly those different lifestyles are inferred for those animals, with regard to their geographic and temporal distribution and phylogenetic relationships. The ancestral condition for Crocodylomorpha seems to have been a terrestrial lifestyle, linked with several morphological adaptations such as an altirostral skull, long limbs allowing a fully erect posture and a specialized dentition for diets based on land. However, some members of this clade, such as thalattosuchians and dyrosaurids display adaptations for an opposite, aquatic lifestyle, interestingly inferred from the same type of morphological observations. Finally, new techniques for inferring the paleobiology of those extinct animals have been put forward in the last decade, appearing as a complementary approach to traditional morphological descriptions and comparisons. Such is the case of paleoneuroanatomical (CT scan data), histological, and geochemical studies.

Exploring the Thermodynamic Uncertainty Constant: Insights from a Quasi-Ideal Nano-Gas Model

In previous work, we investigated thermodynamic processes in systems at the mesoscopic level where traditional thermodynamic descriptions (macroscopic or microscopic) may not be fully adequate. The key result is that entropy in such systems does not change continuously, as in macroscopic systems, but rather in discrete steps characterized by the quantization constant β. This quantization reflects the underlying discrete nature of the collision process in low-dimensional systems and the essential role played by thermodynamic fluctuations at this scale. Thermodynamic variables conjugate to the forces, along with Glansdorff–Prigogine’s dissipative variable can be discretized, enabling a mesoscopic-scale formulation of canonical commutation rules (CCRs). In this framework, measurements correspond to determining the eigenvalues of operators associated with key thermodynamic quantities. This work investigates the quantization parameter β in the CCRs using a nano-gas model analyzed through classical statistical physics. Our findings suggest that β is not an unknown fundamental constant. Instead, it emerges as the minimum achievable value derived from optimizing the uncertainty relation within the framework of our model. The expression for β is determined in terms of the ratio χ, which provides a dimensionless number that reflects the relative scales of volume and mass between entities at the Bohr (atomic level) and the molecular scales. This latter parameter quantifies the relative influence of quantum effects versus classical dynamics in a given scattering process.

Integration of Technological Tools in English Literature Pedagogy: Enhancing the Teaching-Learning Experience

Digital technology has transformed English Language anad Literature pedagogy. The use of digital technology in English Literature pedagogy represents a significant advancement in Literature and Language learning, significantly enhancing both teaching and learning processes. Technology helps students learn more effectively, which helps educators improve their instruction. The method keeps developing to help teachers acquire a language more quickly for their students. Teachers choose software-based instructional systems that enhance students' positive interactions with their instructors and promote the acquisition of the English language in its entirety. This research aims to explore the integration of digital technological tools in English Literature and Language teaching and it endorses various methods to encourage the best possible instruction. It also investigates a variety of facets of teaching and technological resources that gives educators access to cutting-edge tools for effective and high-quality instruction. For this study, an explanatory qualitative methodod is opted (Creswell & Poth, 2018). For the survey of the literature, a linguistic and traditional description of the technology, and a thorough analysis of its relevance to currently used teaching techniques have all been conducted. The findings address key challenges by emphasizing the potential of digital and contemporary tools to enhance language education. The study advocates for the use of digital technological tools tools to improve Enlish language learning.

A Multimodal Sentiment Analysis Model for Graphic Texts Based on Deep Feature Interaction Networks

Due to the widespread adoption of social networks, image-text comments have become a prevalent mode of emotional expression compared to traditional text descriptions. However, there are currently two major challenges. The first is the question of how to extract rich representations effectively from both text and images, and the second is the question of how to extract cross-modal shared emotion features. This study proposes a multimodal sentiment analysis method based on a deep feature interaction network (DFINet). It leverages word-to-word graphs and deep attention interaction networks (DAIN) to learn text representations effectively from multiple subspaces. Additionally, it introduces a cross-modal attention interaction network to extract cross-modal shared emotion features efficiently. This approach helps alleviate the difficulties associated with acquiring image-text features and representing cross-modal shared emotion features. Experimental results on the Yelp dataset demonstrate the effectiveness of the DFINet method.

DOSHA, DUSHYA, MALA, AND PURVARUPA IN PRAMEHA: UNDERSTANDING EARLY SIGNS AND PATHWAYS

Prameha, akin to diabetes mellitus in Ayurvedic medicine, is characterized by abnormal urinary discharge and systemic imbalances. This study explores the Ayurvedic concepts of Dosha, Dushya, and Mala to understand their roles in Prameha's pathogenesis and clinical manifestations. Through a review of classical texts and modern literature, the research highlights how vitiations in Doshas (Kapha, Pitta, Vata), affected Dhatus (Rasa, Rakta, Meda, Mamsa, Majja), and metabolic waste (Mala) contribute to the disease. It connects traditional Ayurvedic descriptions with contemporary understandings of diabetes, emphasizing the need to further integrate these in-sights into modern medical practices.

Efficacy, Safety, and Longevity of Hyaluronic Acid Filler Injection in Treating Temple Hollowness by Sonographic Identifying 17 Soft Tissue Layers.

Successful aesthetic interventions in upper-face aging require a profound understanding of the intricate anatomy of temporal. This study aimed to comprehensively evaluate the effect of hyaluronic acid (HA) injection in temple areas by combining quantitative analysis with detailed anatomical insights. Twenty-five women received HA injections for temple hollowness. The injections targeted the interfacial layer between superficial and deep temporal fascia. Three-dimensional scanning, hollowness examination, and sonographic measurements were conducted 3 and 6 months postprocedure. Sonography identified 17 soft tissue layers in the temple, each with distinct characteristics. The notable layers include the epidermis, dermis, superficial and deep temporal fasciae, innominate fasciae, and superficial and deep temporal fat compartments. Three-dimensional volume was 0.86 mL at 3 months and 0.72 mL at 6 months. The average thickness of HA was 3.82 mm (immediately), 3.00 mm (3 mo), and 2.51 mm (6 mo). The depression on the temple was 4.33 mm (preprocedure), 0.71 mm (3 mo), and 1.62 mm (6 mo). The grade improved by 2.41 and 1.74 levels at 3 and 6 months. Identifying detailed superficial and deep layers of the deep temporal fascia challenged traditional descriptions, with detailed dividing of superficial and deep temporal fascia in sonography. Innominate fascia was also distinguished. This study provided a comprehensive evaluation of the effects of HA injections in temple areas. Precise anatomical insights and quantitative assessments contribute to a deeper understanding of the structural changes induced by this procedure. Sonography is valuable for delineating distinct layers and guiding aesthetic interventions in the temporal region.

Sustainable University Campuses: Temporal and Spatial Characteristics of Lightscapes in Outdoor Spaces

A lightscape, as a special visual landscape, has unique temporal and spatial characteristics that traditional photometric measurements and descriptions struggle to capture accurately. Despite their significance, there is a lack of in-depth understanding of the on-site perception of lightscapes’ temporal and spatial characteristics, including in outdoor university campus spaces. This study aims to explore the temporal and spatial characteristics of outdoor lightscapes on university campuses and their potential perceptual influencing factors, providing sustainable design, planning, and management suggestions for campus lightscapes. This study was conducted in the Wushan Campus of the South China University of Technology. It employs a “lightwalk” method for on-site perception evaluation, combining qualitative and quantitative approaches to investigate the temporal and spatial characteristics of lightscapes in outdoor university campus spaces and the effect of temporal and spatial factors on lightscape perception. The main findings are as follows: (1) Meteorological, architectural, and biophilic lightscape dominate the outdoor campus lightscapes. (2) The temporal and spatial characteristics of the lightscapes are affected by changes in natural light, the transition of light sources from day to night, human activity patterns, and the functional characteristics of the site. (3) The correlation between meteorological and traffic lightscape types and lightscape perception is diminished during the evening periods. This method should be a good way to optimize water and architectural lightscape at night to alleviate discomfort. (4) In green-shaded spaces, the association between meteorological, architectural, and traffic lightscape types and the evaluations of emotional, luminous, and eventful aspects is significantly enhanced, suggesting an increase in such spaces to improve lightscape experience quality. This study advocates that the construction of buildings and environments should be “human-oriented”, paying attention to the scientific foundation that humans perceive the habitat environment through the “five senses”. Research on lightscapes’ temporal and spatial characteristics, exploration of the temporal and spatial modes of lightscape perception, and avoiding energy waste and light pollution are conducive to the design and construction of university campuses in line with the principles of sustainable development. The lightscape optimization strategies derived from this study can not only provide practical guidance for the design and management of campus but also may offer valuable recommendations for planning sustainable campus development.

Lewis Acid-Base Pairs: The Bonding Rule of Closed-Shell M···M' Interactions (M = HgII/PdII; M' = AgI/AuI).

Metallophilic interactions are the widespread interactions in multimetal clusters to orientate closed-shell metal self-assembly form linear, facet, or block clusters. The closed-shell metal cation does not have empty valence orbitals, but is able to attract each other. It is still a conundrum to understand the resource in balancing the strong Coulomb repulsion between two cations. Most traditional descriptions attribute the counterintuitive attractions to London dispersion, Pauli repulsions, and ambiguous orbital interactions. However, neither the dispersion nor the unsourced donor-acceptor interaction can be applied to explain the saturability and directionality in multimetal clusters, where the M···M' structure is the basic molecular unit. Here, we clarify the origination of the covalency in closed-shell metallophilic interactions based on the study of heterobimetallic compounds composed of d10-d8 species (AgI/AuI-PdII) and d10-d10 species (AgI/AuI-HgII) obtained from experiments. The inner d electrons not only participate in the metallophilic interactions but also show different Lewis acidity and basicity in the formation of M···M' structures. The present work not only provides us a novel covalent perspective to visualize the closed-shell M···M' interactions but also unveils the truth of metallophilic interactions.

Cardiac Development and Factors Influencing the Development of Congenital Heart Defects (CHDs): Part I.

The traditional description of cardiac development involves progression from a cardiac crescent to a linear heart tube, which in the phase of transformation into a mature heart forms a cardiac loop and is divided with the septa into individual cavities. Cardiac morphogenesis involves numerous types of cells originating outside the initial cardiac crescent, including neural crest cells, cells of the second heart field origin, and epicardial progenitor cells. The development of the fetal heart and circulatory system is subject to regulatation by both genetic and environmental processes. The etiology for cases with congenital heart defects (CHDs) is largely unknown, but several genetic anomalies, some maternal illnesses, and prenatal exposures to specific therapeutic and non-therapeutic drugs are generally accepted as risk factors. New techniques for studying heart development have revealed many aspects of cardiac morphogenesis that are important in the development of CHDs, in particular transposition of the great arteries.

How many inflectional forms does a Somali verb have?

Abstract The Somali verb is traditionally presented as having a quite large number of inflectional paradigms with, e.g., special negative forms and several kinds of subordinate clause forms. The complexity of traditional descriptions tends to overshadow important generalisations that would otherwise reflect a relative simplicity of the Somali verb system. The most important reasons for the abundance of paradigms are that forms, periphrastic constructions and their functions are not systematically differentiated, but also that the tonal accent and case marking are treated as parts of the inflection, instead of phrasal marking of syntactic or pragmatic functions. The aim of this article is therefore to suggest a simplified analysis and to define the minimal set of synthetic forms and analytical constructions that are necessary for the description of Somali verb inflection as well as the basic syntactic functions of these forms and constructions.

Hepatic grooves: An observational study at laparoscopic surgery.

In traditional descriptions, the upper surface of the liver is smooth and convex, but deep depressions are variants that are present in 5%-40% of patients. We sought to determine the relationship between surface depressions and the diaphragm. To use exploratory laparoscopy to determine the relationship between surface depressions and the diaphragm. An observational study was performed in all patients undergoing laparoscopic upper gastro-intestinal operations between January 1, 2023 and January 20, 2024. A thirty-degree laparoscope was used to inspect the liver and diaphragm. When surface depressions were present, we recorded patient demographics, presence of diaphragmatic bands, rib protrusions and/or any other source of compression during inspection. Of 394 patients, 343 had normal surface anatomy, and 51 (12.9%) had prominent surface depressions on the liver. There was no significant relationship between the presence of surface depressions and gender nor the presence of rib projections. However, there was significant association between the presence of surface depressions and diaphragmatic muscular bands (P < 0.001). With these data, the diaphragmatic-band theory has gained increased importance over other theories for surface depressions. Further studies are warranted using cross sectional imaging to confirm relationships with intersectional planes as well as beta-catenin assays in the affected liver parenchyma.

Liver surface depressions in the presence of diaphragmatic muscular bands on trans-illumination.

Traditional descriptions of liver anatomy refer to a smooth, convex surface contacting the diaphragm. Surface depressions are recognized anatomic variants. There are many theories to explain the cause of the depressions. We discuss the theory that these are caused by hypertrophic muscular bands in the diaphragm.

Computable species descriptions and nanopublications: applying ontology-based technologies to dung beetles (Coleoptera, Scarabaeinae).

Taxonomy has long struggled with analysing vast amounts of phenotypic data due to computational and accessibility challenges. Ontology-based technologies provide a framework for modelling semantic phenotypes that are understandable by computers and compliant with FAIR principles. In this paper, we explore the use of Phenoscript, an emerging language designed for creating semantic phenotypes, to produce computable species descriptions. Our case study centers on the application of this approach to dung beetles (Coleoptera, Scarabaeinae). We illustrate the effectiveness of Phenoscript for creating semantic phenotypes. We also demonstrate the ability of the Phenospy python package to automatically translate Phenoscript descriptions into natural language (NL), which eliminates the need for writing traditional NL descriptions. We introduce a computational pipeline that streamlines the generation of semantic descriptions and their conversion to NL. To demonstrate the power of the semantic approach, we apply simple semantic queries to the generated phenotypic descriptions. This paper addresses the current challenges in crafting semantic species descriptions and outlines the path towards future improvements. Furthermore, we discuss the promising integration of semantic phenotypes and nanopublications, as emerging methods for sharing scientific information. Overall, our study highlights the pivotal role of ontology-based technologies in modernising taxonomy and aligning it with the evolving landscape of big data analysis and FAIR principles.

Reac4Cat-Ontology: Harnessing the Power of Ontological Description Logic in Catalysis Research as a Practical Approach to Knowledge Inferences

Maximizing the use of digitally captured data is a key requirement for many of the late adopters of digital infrastructure. One of the newcomers is the chemical industry in the area of digitized laboratories. Here, tools and services that satisfy individual needs still need to be developed and distributed within the community. This work explores the potential of using graph databases — specifically those modeled via ontological knowledge graphs — to describe complex data linkages and draw logical conclusions. While knowledge graphs are not widely utilized in catalysis research, this study introduces a methodology to highlight their usability for semantic description and integration into diverse value chains with contact to the domain of (bio)chemistry and catalysis.A demonstration is performed how ontologies and their knowledge graphs can be applied to perform essential functions of semantic annotation to chemical reactions, which are difficult to model relational. Traditional data description methods can be neglected using description logic, showing how logical inferences at the machine level can enrich data. This work also illustrates the seamless integration of this enhanced data into process simulations, connecting semantic description with practical applications. The immediate benefits for catalysis research are emphasized and the development of new tools and services envisioned. By clarifying how these graphs can be integrated into existing workflows, researchers are empowered to make the most of digitally acquired data in catalytic processes. This practical methodology lays the foundation for improved decision-making and innovation, fostering advancements in the field of catalysis research.

Phase space representation of sound field excited by a noise source in underwater acoustic waveguide.

The analysis of the field excited in a waveguide by a point noise source is performed using the phase space representation of this field given by the distribution of its amplitude in the depth-angle-time space. The transition from the traditional description of the field amplitude as a function of depth and time to phase space representation is performed using the coherent state expansion developed in quantum mechanics. In this paper, the correlation function of noise signals arriving at different points of the phase plane depth-angle is investigated. Numerical simulation data show that measurements of signal correlations in phase space, performed with the help of a receiving vertical antenna, can be used as input data in solving the problem of source localization and reconstruction of unknown parameters of the sound speed profile. It is shown that in phase space there is an analog of the classical interference pattern observed in the distribution of sound intensity in the distance-frequency plane. The slopes of striations in this interference pattern, as in the conventional one, are given by the Chuprov waveguide invariant.

A STUDY ON COMPETENCY MAPPING

Competency mapping has emerged as a crucial tool for aligning individual skills with organizational objectives. In today's rapidly evolving business landscape, organizations are continually challenged to enhance employee performance to remain competitive and achieve their strategic goals. The study focuses on competency mapping in HYUNDAI WIA with 217 respondents. This abstract outlines a comprehensive initiative aimed at competency mapping and its profound impact on employee performance. The conceptual foundations of competency mapping, exploring its evolution from traditional job descriptions to dynamic skill-based models aligned with contemporary business needs. The study investigates how organizations identify, assess, and leverage competencies to enhance employee performance, drive talent management strategies, and achieve competitive advantages. The findings of this study have practical implications for HR practitioners, organizational leaders, and policymakers seeking to optimize human capital management strategies and drive sustainable business growth in a rapidly evolving global landscape. The study aims to highlight certain behavioral characteristics that influence competency mapping performance. This study encompasses vital part of behavioral characteristics enhancing the performance of competency mapping as a strategic tool for organization. Key Words—Behavioral Traits, Competence Mapping, Competence, Employee Performance

A STUDY ON COMPETENCY MAPPING WITH REFERENCE TO HYUNDAI WIA

Competency mapping has emerged as a crucial tool for aligning individual skills with organizational objectives. In today's rapidly evolving business landscape, organizations are continually challenged to enhance employee performance to remain competitive and achieve their strategic goals. The study focuses on competency mapping in HYUNDAI WIA with 217 respondents. This abstract outlines a comprehensive initiative aimed at competency mapping and its profound impact on employee performance. The conceptual foundations of competency mapping, exploring its evolution from traditional job descriptions to dynamic skill-based models aligned with contemporary business needs. The study investigates how organizations identify, assess, and leverage competencies to enhance employee performance, drive talent management strategies, and achieve competitive advantages. The findings of this study have practical implications for HR practitioners, organizational leaders, and policymakers seeking to optimize human capital management strategies and drive sustainable business growth in a rapidly evolving global landscape. The study aims to highlight certain behavioral characteristics that influence competency mapping performance. This study encompasses vital part of behavioral characteristics enhancing the performance of competency mapping as a strategic tool for organization. Key Words—Behavioral Traits, Competence Mapping, Competence, Employee Performance

Poppies and Women Under the Linden Tree in a Slovak Village

In her 1993 book, ‘What This Awl Means’, Jane Spector examined the relationship between gender, objects, environment and archaeology through a female personal narrative. While such historical storytelling has been viewed as unconventional, it is effective as it paints a vibrant picture communicating context, significance and insight into what might otherwise be viewed in traditional archaeological description as a simple, utilitarian tool. However, to do this effectively, sufficient cultural competence and symbolic understanding must be woven with archaeological research, anthropological interpretation and understanding of the cultural and historical context through the lens of storytelling. This paper explores this approach by presenting the complex symbolic and agroeconomic relationships maintained with the opium poppy (Papaver somniferum L.) and the linden tree (Tilia sp.) by ancient peoples in Central Europe. The story draws on a body of archaeological, botanical and chemical research, Slovak cultural and linguistic background, as well as ancestral oral history.

From Mythos to Logos: Pre-Socratic Philosophers and the Birth of Rational Inquiry

This paper examines the important shift from mythological to philosophical thought instigated by pre-Socratic philosophers in ancient Greece by examining influential figures such as Thales, Anaximander, and Heraclitus in their pioneering efforts at rational analysis. The theories of these philosophers challenged the traditional mythical descriptions of the universe and man's existence, initiating the paradigm shift from mythos (myth) to logos (logic) that reshaped philosophical discourse and laid the foundations for Western philosophical traditions. This paper seeks to reveal the nature of pre-Socratic rational thought and its lasting impact on the history of Western philosophy. It emphasizes the importance of the contributions of pre-Socratic philosophers to the promotion of critical thinking, empiricism, and logical reasoning. Finally, the paper emphasizes the role of the pre-Socratic period in the development of Western philosophy and philosophical approaches to inquiry.