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The combination of digital media and Virtual Reality (VR) technology has become a disruptive force in the interior space design industry, changing the way that design is explored and augmenting its experiential aspects. Examining the substantial effects of deep visualization and technological interaction on the conception and interaction with interior environments, this research explores the junction of these dynamic domains. This study intends to uncover the interactions that drive internal designing spaces into a new era of creativity and engagement with users through a thorough investigation of state-of-the-art VR tools and multimedia services and technologies. The research approach entails a thorough examination of popular virtual reality systems and digital media strategies used in the interior design industry. We'll carry out user feedback surveys and real-world case studies to see how well these tools work at communicating design ideas and encouraging group decision-making. Considering aspects like accessibility, visual dedication, and real-time interaction, the study aims to identify the main opportunities and obstacles associated with the combination of VR and electronic media inside interior space design. This research will lead to the proposal of a framework for the best possible use of digital media and virtual reality in interior space design. The framework is intended to serve as a guide for designers, architects, and other relevant parties as they fully utilize these technologies to improve visualization, collaboration, and user experience. Furthermore, the study will provide insightful information to the larger conversation on how emerging technologies are reshaping design disciplines. [ABSTRACT FROM AUTHOR]

In order to quantitatively analyze the application performance of elements in interior space design, a detection method of texture visual features of elements distribution images in interior space design based on image processing and texture edge contour features detection is proposed. A multi-resolution visual information collection model for detecting the texture visual characteristics of element distribution images in indoor space design is constructed, and a visual characteristic identification model for element application configuration in indoor space design is established. Multi-texture grid block area combination design method is adopted to realize the fusion of element application configuration visual images in indoor space design. Through the edge feature detection method of texture grid area, Establish a visual parameter identification model of element application configuration in interior space design, extract the visual information feature quantity of element application configuration in interior space design, adopt Harris corner feature matching method, realize distributed detection of texture edge contour features of element application configuration visual features in interior space design, and fuse detection of high-resolution texture information through combined filtering and collaborative filtering. The collection and optimization of visual features of element application configuration in interior space design are realized, and the distributed detection algorithm of texture edge contour features is adopted to improve the convergence level of detection of texture visual features of element distribution images in interior space design, and the application of elements in interior space design based on image processing is realized. The simulation results show that this method has good resolution and strong visual expression ability in extracting the texture visual features of element distribution images in interior space design, which improves the quantitative analysis ability of elements in interior space design. [ABSTRACT FROM AUTHOR]

In this study, the integration of Building Information Modeling (BIM) and Virtual Reality (VR) technologies with performance analysis software facilitates the selection of optimal indoor space layouts for settlement buildings. This is achieved through the use of information modeling and visualization tools to assess various aspects such as sunlight exposure, lighting conditions, architectural parameters, and energy consumption across different building layouts. A virtual environment was created using BIM and VR, within which the collision detection algorithm was refined using a chime-playing test scenario to enhance the quality control of 3D models. At 5000 triangular slices, the detection algorithm optimized in this study demonstrated a real-time performance that is 19 milliseconds faster than that of the comparative algorithm. Furthermore, in scenarios involving micro-speed air exchange, an open window area of 30 square meters facilitated an air volume of 250,168, indicating both economic and practical benefits. The overall satisfaction with interior design and spatial arrangement achieved through BIM and VR integration consistently exceeds 80%, underscoring the synergistic potential and future-oriented trajectory of combining these technologies.

To deeply analyze the performance of paper-cutting elements in interior space design, this paper explores the artistic expression of paper-cutting elements. The BIM model is constructed based on the TVL algorithm, and a noise-reducing style migration method with an additional total variable loss function is used to fuse the texture features of a specific paper-cutting style so that the paper-cutting texture is generated in the target object area more intensively. The algorithm is supplemented with a U-shaped network structure to obtain the mask map of the target object, modify and expand the ScanNet training data set, and input a content map and a style map to generate the stylized paper cutout image automatically. The results show that compared with other elements, the stability of paper-cut elements reaches 96.31%, the image smoothness reaches 89.34%, and the retention of significant regions reaches 93.26%. In modern design, the peak signal-noise of paper-cut elements improved by 13.418d on average, the structural similarity also improved by 0.34807, and the recognition rate of paper-cut elements in the furnishing category reached 95%. Applying paper-cut art in interior space design can give interior furnishing design better visual effects, provide inspiration and ideas for interior space design innovation, and contribute to improving aesthetics.

The cutting of trees for site construction and development had become a predominant factor in Ghana. Besides, the practice of cutting and leaving tree roots in the soil had become an impediment, such as harbouring wild reptiles like snakes, iguanas and an infestation of termites. These factors endanger individual lives, especially living in such environments. This study focused on repurposing wood detritus as a functional concept in the interior design. The study sought to analyse neem tree roots and their properties for a decorative piece in interior design. As a studio-based inquiry, the study employed the aesthetico-action model with a narrative method on the techniques and procedures for executing the studio work. It was evident from the studio practice that wood detritus such as neem tree root serves as an embodiment of inherent qualities, ideas and artistic expressions based on its roots' natural forms. Artists should focus on tree roots (stumps) left in the soil and on the environment as a material for art production in the interior space design.

Abstract: Passenger coaches are one of the most important mass transportation vehicles for inner city passenger transportation and the proper interior design problem of the passenger coaches affect both passenger satisfaction and service quality. Defining user expectation and meeting them is important to solve this problem, which naturally contains ambiguity and vagueness. The study aims to maximize the total passenger number together with providing user satisfaction while designing interior area of passenger coaches. User expectations are defined by a survey and new design is defined with respect to anthropometric measures of human body. The collected data used to establish a fuzzy mathematic model to capture the ambiguity and vagueness of the problem and the mathematical model is solved using fuzzy optimization with respect to the constraints. [Copyright &y& Elsevier]

The paper is concerned with the design of virtual environments for collaborative design (VECD) - a particular class of collaborative virtual environments (CVEs) that focus on supporting design activities. VECD are becoming essential collaboration platforms for many designers and their clients, in a wide range of design domains including product, interior, architectural, automotive design, etc. However, the contemporary design considerations of VECD are mainly driven by systematic approaches that do not reflect upon knowledge regarding requirements that stem out of everyday collaborative design activities. A consequence is that they do not yield methodical guidance to designers of VECD applications. This paper takes a social action standpoint for the purposeful identification and organisation of collaborative design activities; proposes guidelines at multiple levels of abstraction for the design of VECD; and, finally, applies these to a case study development of a specific VECD for interior space design. The paper provides practical aids to designers of VECD so that they incorporate requirements about collaborative design early in the development lifecycle. [ABSTRACT FROM AUTHOR]