Conceptual Architecture Research Articles

A Theoretical Design Framework of Contemporary Vernacular Architecture Based on a Scoping Review of the Best Practices Worldwide

This paper reviews the development of vernacular architecture design and practices worldwide and then focuses on Chinese rural development. It explores the evolution of vernacular architecture and related concepts from a longitudinal perspective, and indicates the dynamic adaptability of vernacular architecture. A scoping review based on archival materials and secondary source literature of the last 10 years is conducted. As a result, 41 design factors have been collected. With a cross-comparative study with related publications, five intangible design factors and ten key tangible design factors are discussed to build a theoretical design framework, which finally provides a foundation for related design practices and further research.

Integrated Analysis of Utilization Efficiency of Intelligent Sports Venues Based on Data Mining Algorithms

With the rapid development of information technology and the increasing prosperity of the sports industry, the construction and management of intelligent sports venues have become an important way to improve the efficiency of sports resource utilization and meet diverse fitness needs. This paper focuses on the integrated analysis of the utilization efficiency of intelligent sports venues based on data mining algorithms. Aiming to reveal the inherent laws and potential value in the operation of sports venues through advanced data processing and analysis techniques, and provide a scientific basis for optimizing resource allocation and improving service quality. Intelligent sports venues utilize modern information technologies such as the Internet of Things, big data, and cloud computing to achieve comprehensive and intelligent monitoring and management of venue facilities, personnel activities, environmental conditions, and more. This new management model not only improves the operational efficiency of the venue but also enhances the user experience and meets personalized and diverse fitness needs. This paper focuses on the current situation of the opening of university sports venues to the outside world, aiming to reveal the pain points and bottlenecks in their operation process through detailed investigation and analysis. This study introduces advanced concepts of middleware architecture and constructs a multi-level data integration framework that includes local models, global models, user models, and mapping rules. This framework can effectively integrate distributed heterogeneous data sources, achieving seamless integration and efficient interaction of data. At the same time, with the help of distributed programming technology in cloud computing, it is possible to conduct in-depth mining and analysis of integrated massive data, discover potential value, and provide a scientific basis for decision support.

Variant Analysis of the Ownership Structure of Land Intended for Single-family Housing

The most frequently preferred solution for the ownership structure of land for single-family housing in Poland is the structure of one cadastral plot – one single-family building. However, changing architectural concepts allow for the creation of single-family housing estates in systems consisting of atrial houses or T-type buildings, which have much more advantages than traditional terraced or semi-detached buildings. These advantages result from a different solution of building forms, which can be combined not only in rows, but also in variously shaped groups consisting of many houses. This provides greater possibilities for the free shaping of development plans for groups of houses, which in turn can be combined in various spatial arrangements while maintaining the required conditions of individual entrance, proper lighting of rooms and mutual distances. At the same time, it allows for more intensive use of the area. Despite the indicated advantages, in the light of the observed implementation practice, it seems problematic to locate buildings with separate ownership, used individually on a plot of land used jointly. The article analyzes the possibilities of legal solutions in the area of land and buildings that can be applied in such a solution. The strengths and weaknesses of each solution were assessed and their opportunities and threats were indicated. For the purposes of this research, four differently shaped groups of buildings consisting of T houses were selected. The results were presented in a SWOT analysis for the development variants adopted for the research using the T house as a repeatable residential unit. The article proposes four legal and neighborly solutions that enable and promote the construction of housing estates using highly intensive atrial development based on the T-house.

Iconic Buildings of Le Corbusier. Chapel of Notre-Dame Du Haut in Ronchamp

This article is devoted to the Chapel of Notre Dame du Haut, the first iconic building designed by Charles-Edouard Jeanneret-Gris (Le Corbusier) within the bionic traditions of modernism. When creating it, the architect expressed his desire to create a space conducive to silence, prayer, peace and inner joy.The study analyzes the key architectural and design concepts embedded by Jeanneret-Gris in the situational plan, planning scheme, facade solutions, architectural details and interior of this unique building. Special attention was paid to bionic elements inspired by natural forms and processes, which became a distinctive feature of Le Corbusier's modernist architecture.The analysis made it possible to identify the relationship between architectural solutions and the philosophical views of Jeanneret-Gris, as well as to assess their influence on the formation of the modernist paradigm in cult architecture. The results of the study contribute to a deeper understanding of Le Corbusier's contribution to the development of modern architecture and his desire to create a harmonious and functionally saturated space.

Microservices with Spring Boot: Simplifying Distributed Systems

This comprehensive article explores the synergy between microservices architecture and Spring Boot, highlighting their combined potential in modern software development. It delves into the fundamental concepts of microservices, including their key characteristics and advantages over monolithic architectures. The article then examines Spring Boot's specific benefits to microservices development, such as autoconfiguration, starter projects, and seamless integration. Key concepts in microservices architecture are discussed, along with their implementation using Spring Boot. A practical e-commerce application example illustrates the application of these concepts. Finally, the article provides a step-by-step guide for getting started with Spring Boot microservices, offering additional considerations and best practices to avoid common pitfalls.

ARQUITETURA BIOMIMÉTICA: COMO A NATUREZA É EXPLORADA NOS PROJETOS ARQUITETÔNICOS

The present work aims to analyze how biomimetic architecture draws inspiration from nature and how this contemporary approach has been applied to architectural projects worldwide. Through an exploratory research study, with bibliographic research procedures and a qualitative approach, the purpose of the investigation was achieved. Based on the information gathered throughout the research, the results obtained include: understanding how biomimetic architecture adapts architectural designs, the strategies and knowledge that transform the concept of architecture and nature, as well as the correlation between nature and biomimetic architecture in the contemporary world. Additionally, an analysis of projects that employed the biomimetic concept was conducted to understand how this methodology is applied in practice.

THERMAL ADAPTIVE ARCHITECTURE: INTERPLAY BETWEEN ARCHITECTURE AND CLIMATE

The concept of architecture as a form of shelter, integral to both classical and contemporary discourse emphasizes the interplay between building structures and their climatic contexts. Vitruvius early observations underscore the importance of understanding how buildings act as barriers and responsive filters to their environments thereby shaping human activities. This paper explores the multi-faceted roles of buildings-functional, social, symbolic, artistic and their interconnections with thermal performance. While the adaptability of buildings to thermal conditions is well recognized, the impact of fluctuating economic factors such as energy prices, and the unpredictability of space usage add layers of complexity to thermal performance assessments. The research highlights the gap between theoretical knowledge and practical application in achieving optimal thermal conditions. By examining the integration of precise thermal techniques into building design this study aims to bridge these gaps and propose strategies for designing climate-sensitive architecture. The focus is on achieving comfortable and healthy living environments while ensuring cost-effective resource use. This approach advocates for a refined understanding of thermal response and its application in the design-build-occupy process ultimately contributing to more efficient and adaptive building practices.

Konsep Tata Ruang Goa Gajah dan Kolam Patirthan Berdasarkan Arsitektur Tradisional Bali

The aim is to find out the application of the spatial layout of Goa Gajah and the Patirthan pond based on traditional Balinese architecture and to find out the relationship between Goa Gajah and the Patirthan pond reflected in the function of the building. The research method is qualitative with inductive reasoning. Data collection was carried out using literature studies, observations, interviews and documentation studies. The collected data was processed using spatial character analysis, contextual analysis and qualitative analysis supported by spatial theory of traditional Balinese architecture and architectural function theory. The results of the research concluded that Goa Gajah and the Patirthan pond were identified as being based on traditional Balinese architectural spatial concepts, namely; Tri Hita Karana; Tri Angga and Tri Loka; and orientations. Analysis of the relationship between Goa Gajah and the Patirthan pond also implies a philosophical relationship between mountains and the sea. The activities at Goa Gajah and the Patirthan pond clarify the relationship between buildings, and represent the building as a social environment for ascetics.

Labour process theory: in and beyond the core: continuities, challenges, and choices

Since the publication of Braverman’s seminal Labor and Monopoly Capital (1974), labour process theory (LPT) has become a successful theory-building project driven by empirical expansion and conceptual innovation, operating as the equivalent of a normal science, with a distinctive scope and specific empirical focus on workplace regimes in the context of capitalist political economy. It’s toolkit or conceptual architecture combines underpinning and ordering principles with contingent and flexible operational categories concerning labour power and control. Though LPT has built stronger conceptual connections between workplace and accumulation regimes, changes in the global order have brought new theoretical and empirical challenges that are requiring it to adjust some of its core concepts and boundaries to consider development such as new sources of labour power, migration, and mobility.

Translating Four-Character Structures in Chinese Literary Works on Traditional Architecture—A Case Analysis of Canal Towns South of the Yangtze and Folk Houses South of the Yangtze

Traditional Chinese architecture boasts a unique style and profound cultural connotations. Accordingly, the related literary works attain value for international dissemination. The four-character structures in these works serve as concise expressions for describing architectural details and design concepts. However, due to their linguistic implicitness, grammatical structure diversity, and rich cultural images, their translation into English requires multidimensional shift, redundancy elimination, and the avoidance of cultural defaults. This research has developed an effective translation workflow that leverages the synergistic strengths of Large Language Models (LLMs) and the human translator. By strategically employing tailored methods and techniques, it addresses the challenges in the translation process. Analysis suggests: It is recommended that the technique of shift be employed to address the implicit content and complex grammatical structures in translating four-character structures in Chinese literary works on traditional architecture into English. Besides, the selective application of combination and omission can help deal with information redundancy. Furthermore, it is advisable to apply foreignization and a combined method of literal translation and paraphrasing in conveying cultural images. These approaches will, to a certain extent, convert the untranslatability of four-character structures into translatability, enhancing the dissemination of the essence of traditional Chinese architecture.

The Design Strategy for Youth Center in Medan Using Combination of Green Building and Contemporary Tropical Architectural Concept

Abstract Medan currently lacks a Youth Centre, which forces young people to use inappropriate facilities. Therefore, the government should construct a facility to address the issue. The government prioritizes building facilities that are inexpensive to operate and maintain. The study investigates a youth centre concept in Medan by combining the green building concept and contemporary tropical architecture achieved through literature studies, interviews, and the distribution of a questionnaire to local experts and young people. The paper highlights the advantages of the green building concept and the design strategy that contributes to reducing negative impacts on the natural environment by using less energy, renewable energy sources, and environmentally friendly materials. Based on the results of interviews and questionnaires, the design should provide opportunities for young people to engage in both academic and non-academic activities that cater to their talents and interests. The research found eco-friendly technologies such as a hybrid cooler air conditioning system, solar panels, rainwater harvesting systems, floating boxes, and lighting devices that utilize motion sensors. Furthermore, it was combined to feature contemporary tropical architecture, with an overhanging roof, a double facade facing north and west, and the longest side facing south.

Implementing the Integrated Climate Data Analysis through Hands on Experiments and Jigsaw Methodology to Enhance the Attainment of Learning Outcomes in the Climate-Responsive Architecture Course in Architectural Education

Abstract : As climate change poses unprecedented challenges to the built environment, architectural education must adapt to equip future architects with the necessary knowledge and skills to design climateresponsive buildings. This research explores the implementation of an innovative pedagogical approach in the climate-responsive architecture course, aimed at enhancing student’s learning outcomes through the integration of climate data analysis, hands-on experiments, and the jigsaw methodology. The study focuses on a cohort of architecture students engaged in a semester-long course specifically designed to address climateresponsive architectural concepts and principles. The results suggest that the integrated approach significantly improves student’s comprehension of climate-responsive architectural design principles and their ability to apply these principles to real-world design scenarios. The hands-on experiments and collaborative learning encourage participation, critical thinking, and creativity, while the jigsaw methodology encourages an interdisciplinary understanding of varied climate scenarios.The findings of this study contribute to the ongoing discourse on innovativeteaching methodologies in architectural education and provide valuable insights into the integration of climate-responsive design principles. By cultivating a generation ofarchitects equipped with climate-responsivedesign skills, architectural education can effectivelycontribute to mitigating the impacts of climate change and creating sustainable built environments for the future. Keywords :JIGSAW, pedagogy, climate data analysis, Learning Outcomes.

PRIORITY DIRECTIONS FOR THE DEVELOPMENT OF REGIONAL ARCHITECTURE IN KAZAKHSTAN IN THE 21ST CENTURY

The article offers an in-depth analysis of the key directions in the development of regional architecture in Kazakhstan in the 21st century. Modern architecture evolves under various factors, including environmental conditions, technological advancements, socio-economic realities, and cultural-historical contexts. The late 20th and early 21st centuries have also brought global challenges such as globalisation, environmental crises, technological and anthropogenic disasters, and military conflicts. This research, with its comprehensive approach, plays a crucial role in identifying the factors influencing contemporary architecture in Kazakhstan and determining the future directions for its development. The methodology included comparative analysis, systematisation of information from literary sources, project modelling, and surveys, ensuring the robustness and reliability of the findings. The primary data sources were the works of leading architecture specialists, complemented by an analysis of governmental policy documents, which provided insights into the main state policy directions in architecture. The study identified several critical directions in the development of architecture in Kazakhstan: sustainable development and “green” architecture, the digitalisation of the architectural and construction sector, the adaptive reuse and repurposing of existing buildings, participatory design, and the strengthening of architectural identity, which is crucial in the context of growing globalism. The findings of this research can serve as a foundation for developing new theoretical concepts in regional architecture and can be integrated into architectural educational programmes. These results will also benefit projects related to preserving and restoring architectural monuments, conserving cultural heritage, and adapting it to contemporary needs, enhancing both these objects’ functional appeal and economic value.

Business development management tools in the digital economy

The peculiarities of the digital environment, which contribute to the rapid growth of instability in enterprises' activities, are highlighted. The need to refine certain aspects and tools of traditional strategic planning is substantiated. The essence of digital transformation as a strategic process of business change—based on client-centric principles, systemic innovation, business model adaptation, active data usage, and competency development—is defined. The problems facing Ukrainian companies in digital transformation are highlighted, including insufficient strategy development, organizational culture misalignment with necessary changes, a shortage of digital skills, outdated technologies, lack of coordination between old and new technologies, and the high costs of implementing innovations. The approach to the digital transformation strategy is viewed as a tool for setting priorities that provides businesses with competitive advantages in rapidly changing markets through the application of digital technologies to solve new business challenges. Potential directions for ensuring the flexibility of a digital strategy are highlighted, such as developing partnerships and cooperation, utilizing big data analysis and predictive analytics for real-time decision-making, and employing flexible technologies for both implementation and strategy development. A hypothesis about the feasibility of developing a minimally viable strategy is proposed. As an additional method for increasing the flexibility of the digital transformation strategy, a modular structure for its design is proposed, based on the concept of business architecture, establishing a close connection between enterprise strategy, business model, and IT architecture. A brief overview of digital business models is provided, indicating that ecosystem-type business models, including digital platforms, are the most successful in the digital environment. The stages of digital transformation are outlined, and additional tools for their implementation are considered, such as digital maturity assessment models, a system of key indicators, and a digital transformation road map. A generalized structure of the toolkit for strategic management of business development in the digital environment is proposed, particularly aligned with the stages of digital transformation implementation.

Epistemische Architekturen von Texten

In the article, I propose that considering established concepts from text linguistics, such as propositions and text worlds, more systematically can be fruitful for a discourse pragmatic analysis that aims to describe knowledge constitution. Drawing from the model proposed by Werth (1999) in his text-world theory, I introduce the concept of epistemic architecture and demonstrate its usefulness by closely analyzing two texts from the discourse on pesticide use in Germany. The analysis shows differences in the integration of relevant propositions into the epistemic architecture that can be interpreted as meaningful when trying to understand discursive knowledge constitution.

RAM-YOLOv8: A multi-fault detection method for photovoltaic module

ABSTRACT Given the constraints in fault type identification, localization precision, and detection efficiency inherent in current photovoltaic fault detection methodologies, this paper introduces an innovative detection approach integrating RAM-YOLOv8 with the Swin Transformer. To mitigate the limitations in model extraction capabilities during the detection process and circumvent the vanishing gradient issue encountered during backward information propagation, this study introduces a residual aggregation module as a substitute for the original C2F module, thereby augmenting feature extraction efficiency. Furthermore, within the feature fusion network, the Swin attention mechanism fusion module is designed by integrating the Swin Transformer’s architectural concept to minimize the loss of weak defect information and suppress irrelevant background interference. The model achieves a detection accuracy of 88.5% on the dataset, representing a 7% improvement over the original YOLOv8 algorithm, with a detection rate of 83.33 FPS on an RTX2080 GPU. This method offers a robust and efficient fault detection solution for PV systems, rendering it a practical approach for enhancing system performance and reducing maintenance costs.

Study path analyses for quality assurance and support of study planning

AbstractUtilizing student lifecycle data provided by campus management systems yields the opportunity to conduct study path analyses. Methods of artificial intelligence (AI) and data science can be used to analyze study paths, identify indicators for success, and gain insights into problems and issues of student cohorts following different study paths. Meanwhile, AI can also be used to support students through informed study planning. This article presents the project AIStudyBuddy with its focus on utilizing rule-based AI and process mining to support study planning and cohort monitoring. The concept of a reference architecture and data model for study path analytics as well as details on the development of the two user applications, StudyBuddy for students and BuddyAnalytics for study program designers, are presented. By exploring how AI and process mining can be applied in the scope of the two applications, the article addresses the question of how AI can be used for quality assurance in study planning and student cohort monitoring.

Using Electric Vehicle Driver’s Driving Mode for Trip Planning and Routing

With the increasing adoption of electric vehicles worldwide, some limitations have emerged in their usage. The main limitations include low autonomy and a scarcity of charging points. In this work, we describe a software architecture for planning a stop at charging stations along a trip, by prediction of battery charge to be spent along the path. We describe the main components of this architecture and evaluate regression methods for the car consumption prediction module. We also use a real dataset built from an electric vehicle usage to validate the architecture concept and its viability analyzing multiple linear regression machine learning models. To further validate the architecture, we make comparisons between simulated and a real trips.

Requirements for the modern urban environment: the case of Munich’s Viktualienmarkt food market

ABSTRACT This study considers and analyzes the challenges spurred by the COVID-19 spread in an urban environment under the example of Munich’s Viktualienmarkt food market operation. Its ultimate goal is to propose a comprehensive social distancing model for the German population in terms of food and economic activities under pandemic and post-pandemic conditions. As a result, the paper presented two dedicated models developed under current COVID-related safety measures. The first model was designed for food markets and involved the placement of a distancing grid with portable benches. The second model was designed for public eating facilities and involved the usage of isolated dining booths. The predicted effectiveness of the work of the food market and neighbouring eating facilities under the suggested solutions was investigated using the surveys addressed to the visitors of the studied area. The surveying process reaffirmed the necessity for advancing the development of innovative architectural concepts.

ARCHITECTURE DESIGN OF HEALTH ASSET DETECTION SYSTEM IN HOSPITAL

Efficient management of hospital assets is essential to ensure that operations can run optimally and the quality of health services is good. However, the recording and management of assets in hospitals carried out manually often causes data errors, information mismatches, and also assets are only known by the manager without being explicitly recorded. In overcoming this problem, the researcher aims to develop a hospital asset detection system architecture using an iterative and incremental methodology approach. The stages of this system development include identification of needs and conceptual models, logical architecture design, conceptual architecture design, logical architecture, physical architecture, technology selection, and evaluation. This system utilizes YOLO model reading technology for asset detection and identification, storing detection results into a local database using SQLite3, sending data to a central server via API, and post-processing data by selecting the highest confidence score stored in a MySQL database and then using the data to manage asset management and asset visualization. The implementation of this system successfully reduces manual recording time, improves asset visibility, and optimizes resource usage, thus contributing to the improvement of efficiency and quality of health services.