Architectural Landscape Design Research Articles

Constructing and applying a neural-network-based architectural landscape evaluation model

With the continuous improvement of living standards, people go outdoors and spend more and more time in scenic spots. The landscape architecture design that serves people in urban scenic spots attracts more and more public attention, which puts forward higher requirements for landscape architecture design that serves people in scenic spots. How to integrate better the design of all kinds of landscape architecture into nature, to serve the public better, is an urgent problem to be solved at this stage. This paper selects the evaluation indexes of urban architectural landscapes, uses the analytic hierarchy process to determine the weight of each index and quantifies six evaluation indexes to build an evaluation model of architectural landscape design. In terms of the improvement of the you only look once version 4 (YOLOv4) model, MobileNetV3 was selected as the backbone feature extraction network, and the convolution in the feature enhancement extraction network was replaced by the depth-separable volume, and an architectural landscape recognition system based on the improved YOLOv4 model was constructed. In terms of algorithm performance verification, the improved algorithm was compared with the single-shot detector, MobileNetV3, ShuffleNetV2, YOLOv3, YOLOv4 and YOLOv5s algorithms under multiple evaluation indexes. The experimental results show that the size of the model is 51.4 MB, which does not cause a large burden. The mean average precision value of the improved YOLOv4 algorithm is 93.5%, and the frames per second (FPS) value is 30 FPS, which has higher recognition accuracy and detection speed and has obvious advantages.

Roof Color as a Factor of Architectural Landscape Design

For many centuries, the settlements had a fairly uniform image, which was the result of the use of local materials, technology and the economic condition of the population. With the development of the construction profession and the improvement of material conditions, building materials and construction technology also began to change, the market supply has diversified, which led to changes in the appearance of buildings. The roof, also known as the fifth facade, affects to the external image of the settlement. According to Fister et al., the design of roofs and their colour (roofing) are among the most recognizable components of architecture as criteria for the identity of architectural landscapes. The roof changes were the most drastic in the last 150 years. As the covering changed, so did the colour. The development of roofs in Slovenia with an emphasis on the key influencers of the development is presented in the paper. We limited ourselves to individual houses as carriers of the landscape's architectural identity. We compared the colour of the roofs on a sample of over 700 houses in the architectural region Savinjsko-Kozjansko, which data were obtained as part of the research project V5-2111: Architectural typologies and architectural landscapes and regions of Slovenia. We compared the obtained data with the requirements of spatial plans of municipalities and the characteristics described by Fister et al. The results showed the differences between the situation 30 years ago, the requirements of spatial acts and the current situation. Although the research involved a small sample, we can conclude that the situation is similar in most Slovenian places. The obtained results enable a broader view of this problem and open the possibility of appropriate action. Settlements that are recognized for their high-quality settlement architecture are shown as examples of excellent practice.

Intelligent City 3D Modeling Model Based on Multisource Data Point Cloud Algorithm

With the rapid development of smart cities, intelligent navigation, and autonomous driving, how to quickly obtain 3D spatial information of urban buildings and build a high-precision 3D fine model has become a key problem to be solved. As the two-dimensional mapping results have constrained various needs in people’s social life, coupled with the concept of digital city and advocacy, making three-dimensional, virtualization and actualization become the common pursuit of people’s goals. However, the original point cloud obtained is always incomplete due to reasons such as occlusion during acquisition and data density decreasing with distance, resulting in extracted boundaries that are often incomplete as well. In this paper, based on the study of current mainstream 3D model data organization methods, geographic grids and map service specifications, and other related technologies, an intelligent urban 3D modeling model based on multisource data point cloud algorithm is designed for the two problems of unified organization and expression of urban multisource 3D model data. A point cloud preprocessing process is also designed: point cloud noise reduction and downsampling to ensure the original point cloud geometry structure remain unchanged, while improving the point cloud quality and reducing the number of point clouds. By outputting to a common 3D format, the 3D model constructed in this paper can be applied to many fields such as urban planning and design, architectural landscape design, urban management, emergency disaster relief, environmental protection, and virtual tourism.

Architectural and Landscape Garden Planning Integrated with Artificial Intelligence Parametric Analysis

Parametric design, driven by digital technology, has sparked extensive research and debate in the domains of architecture and urban planning, offering a new approach to issue solving. Architecture and landscape architecture, like architecture and urban planning, are disciplines that are part of the artificial environment. Architectural landscape design has begun to be influenced by parametric design. This study presents a more technical parametric design technique of architectural landscape design that involves artificial intelligence parametric analysis and proposes an architectural landscape planning and design method that incorporates artificial intelligence (AI) parametric analysis. This is a new discipline of concurrent design that complements and expands architectural landscape design methodologies and is based on artificial intelligence methods. This study integrates artificial intelligence parametric design theory and methodology into architectural landscape design and presents a parametric method appropriate for landscape architecture design based on architectural landscape architecture characteristics.

Analysis on the Creation of Artistic Atmosphere in Architectural Landscape Design

Analysis on the Creation of Artistic Atmosphere in Architectural Landscape Design

Urban Landscape Design Based on Data Fusion and Computer Virtual Reality Technology

The rapid urbanization development has brought huge opportunities for the development of architectural landscape design, and naturally there will be various huge challenges accordingly. What this kind of development speed presents to people is the rapid emergence of new urban areas, endless new construction projects, and so on. This paper conducts research on urban landscape design based on data fusion and computer virtual reality technology. The purpose is to use the dual guidance of data fusion technology and virtual reality technology to demonstrate the feasibility of creating a more planned urban landscape design. This article uses SketchUp software for modeling and uses a digital camera for continuous digital photography. Firstly, multiple digital landscape images are merged into a complete panoramic image. Then, the simplified model is imported into the virtual reality platform to adjust the material and scene lighting of the model, and the plan is checked in the virtual reality platform, and the model and volume of the model are analyzed and compared. Finally, design an auxiliary program and export it together with the effect image. The research results show that when the virtual landscape reaches 400, the frame rate can be kept above 30. It can be seen that the efficiency of this algorithm is higher than that of the original algorithm. When the scene thread and the rendering thread are parallel, the frame floats up and down in 9, and the time spent on the frame is reduced by about 40%. The conclusion is that the accuracy of the landscape planning system based on virtual reality technology is higher than that of the traditional algorithm, and the degree of scene simulation is more realistic. It has contributed to the construction and application of landscape systems. The application of data fusion technology and virtual reality technology in urban landscape design can achieve considerable results in terms of modeling ability, design ability, innovation ability, and expression ability, and the design ability has reached a score of 8.82.

Application of Three-dimensional Greening in Urban Architecture Landscape Design

Application of Three-dimensional Greening in Urban Architecture Landscape Design

Research on Urban Architecture Landscape Design Based on Virtual Reality Technology

With the continuous escalation of architectural design requirements, the continuous complexity of architectural models, and the integration of computer technology, virtual reality technology in architectural design has also emerged. The application of virtual reality technology in architectural design deepens the communication between professional architects and non-professionals, makes the architectural effect more intuitive, and effectively solves the communication barriers between architects and non-professionals. This article discusses the basic theory of virtual reality technology, and studies how to apply virtual reality technology in the landscape design of modern cities. On the premise of analyzing traditional landscape design methods, analyze the disadvantages of traditional landscape design methods; by studying the advantages of virtual reality technology, we choose to construct some scenes of urban architectural landscape design for virtual reality models. The article combines virtual reality technology with architectural design to effectively solve some of the shortcomings of traditional urban landscape design.

Optimization Design of Green Building Landscape Space Environment Based on VR Virtual Technology

At present, China does not pay enough attention to the cognition of a person’s specific psychological behavior feelings for green buildings in China, and it fails to introduce the psychological behavior feelings of specific people into the overall design and construction process of green buildings in China. In view of these problems, this paper puts forward the research of green building landscape space environment optimization design based on VR virtual technology. According to the current situation of green building landscape space environment design in China, this paper proposes the construction of objective function, and calculates the optimization satisfaction value of square and pedestrian street, and obtains the average satisfaction of two kinds of landscape space are 0.6 and 0.46 respectively. The results show that the facilities and green area are well planned, with high satisfaction. Through the comparative analysis of the effect, interactive experience and viewing effect between traditional architectural design and VR architectural landscape design, it is concluded that VR architectural landscape design is obviously superior to traditional design. VR virtual technology provides technical support for the optimization design of green building landscape space environment.

The Color Elements of Low-Carbon Green Concept in the Architectural Landscape

As the country continues to attach importance to environmental protection, the concept of low carbon and green has been widely used in the design of various architectural landscapes, which has brought a greater boost to the development of the construction industry. With the continuous increase of various construction projects, the demand for energy is also increasing. Therefore, the development of new energy has played an important role in the architectural landscape design. With the continuous improvement of people's living standards and the importance of building green and environmental protection, how to reasonably highlight the concept of low-carbon and green environmental protection in the color design of landscape architecture has become a major challenge and higher technical requirements for architects. This paper conducts research on the analysis of the color elements of the low-carbon green concept in the architectural landscape. Based on the online management information, it has a simple understanding of the application of the low-carbon green concept in the architectural landscape, and then proposes the low-carbon green concept in the design principles of the color elements in the architectural landscape. In order to further understand the color element design of the low-carbon green concept in the architectural landscape, a questionnaire survey was conducted among the students and teachers of the School of Architecture. The application of low-carbon green concept is mainly the color design of lighting accounts for about 42%, and then the color design of the environment.

Parameter simulation of multidimensional urban landscape design based on nonlinear theory

Abstract To solve the problem of large difference degree in multi-dimensional urban landscape design, a multidimensional urban landscape design method based on nonlinear theory is proposed. Research on multidimensional nonlinear landscape design methods in improving the rationality of architectural landscape design and improving the living environment is important for optimizing the structure of multidimensional nonlinear landscape design and improving the effect of urban landscape design. Firstly, according to the input and output data of the system, the multidimensional nonlinear landscape image is sampled, the virtual scene space visual planning method is used to simulate the parameters of the multidimensional nonlinear landscape design, and the block detection method is used to reconstruct the region of the multidimensional nonlinear landscape image. Combined with RGB feature decomposition method, the parameter vectorized feature extraction of multidimensional nonlinear landscape design was carried out, and the parameterized model of multidimensional nonlinear landscape view was extracted. Based on the parameterized model method, the multidimensional nonlinear landscape design is realized, and the quantitative analysis ability of multidimensional nonlinear landscape design is improved. The simulation results show that the mean of regression standard deviation is 0.567, the standard value is 0.753, and the F-test value is 0.655. Therefore, the visual feature expression ability of multidimensional nonlinear landscape design using the proposed method is better and the effect of landscape design is improved.

Architectural Landscape Design in the Water Conservancy Project of the Coastal City

Li, F. and Wang, H., 2020. Architectural landscape design in the water conservancy project of the coastal city. In: Li, L. and Huang, X. (eds.), Sustainable Development in Coastal Regions: A Perspective of Environment, Economy, and Technology. Journal of Coastal Research, Special Issue No. 112, pp. 46-49. Coconut Creek (Florida), ISSN 0749-0208.With the development of science and technology, architectural landscape design has become more and more perfect and gradually applied to various industries, as well as in water conservancy project management. The application of architectural landscape design has effectively improved the level and efficiency of water conservancy project management and promoted the sustainable development of the water conservancy engineering industry. In the management of water conservancy projects, the modern architectural landscape design is used, which conforms to the background of the information age, can optimize the water conservancy project construction management project system and can solve some problems in water conservancy project management. This article mainly analyzes the actual application of architectural landscape design in current water conservancy project management and explores the actual application of architectural landscape design in water conservancy project management.

RETRACTED: Street architecture landscape design based on Wireless Internet of Things and GIS system

An infrastructure that provides geospatial analysis, better understands simulations, great potential for visualizing natural and artificial landscapes, and the universal recognition of the use of the Wireless Internet of Things. Everyday devices, whose platform is the Internet of Things, will be smarter in their daily processing, richer in their daily communication, and smarter. The Wireless Internet of Things still wants its landscape design. Still, its impact is already looking at the scene where the Wireless Internet of Things and GIS (Geographic Information System) systems were connected to make incredible advances. It opens up architecture-specific research and the usual architectural landscape area. It can be used for soil mapping studies and can be used for remote sensing in other engineering areas to obtain a wide range of weather compensation. It encourages the use of geographic information systems for geotechnical applications in soil. Geographic information systems can manipulate georeferenced information to be displayed, store, assemble and create georeferenced data from existing data, and generate multiple missing spatial data based on the attributes attached to it. The system briefly introduces street architecture landscape applications and promotes a street landscape design environment for Wireless Internet of Things and GIS system architecture. The proposed system is described as a thing and GIS as network technology, especially in smart design, street architecture and landscape wireless network connectivity. This is an overview of smart network providers, first to help explore some essential landscapes, equipped with wireless internet and geographic information systems, and how it is used in street architecture.

Application of Decoration Culture of Traditional Manchu Residence in Architectural Landscape Design

In recent years, China’s urban construction has been gradually influenced by Western culture and ideologies. The planning of urban development has been carried out in accordance with Western ideologies. As a result, this has prevented our local buildings and architectures to showcase unique local style and characteristics. Even under the influence of global urbanization, the development trend has prevented the construction of global cities from displaying the characteristics of their respective cities. Therefore, it is highly important for a nation not to lose the direction in the design of the urban landscape, and not to blindly imitating the architectural style of other countries or other cities. In addition, the nation and its cities should show their respective unique cultural charm and cultural characteristics and present their best to the whole world in order to promote the popularity of the cities, expand their influence and get onto a better development path. This article mainly introduces the application of the decoration culture of the traditional Manchu residence in the architectural landscape design.

Discussion on Key Point of Architectural Landscape Design

<p>With the improvement of people’s quality of life and living environment of the building requirements, architectural landscape design should continue to improve the building use group's satisfaction and increase the intensity of ecological architecture landscape construction, in order to ensure efficiency and utility of architecture landscape planning. This is so that the living personnel can fully experience the beautiful architectural landscape, thereby improving people's satisfaction of the building. Currently, since there is an increasing trend of people’s move towards green ecological direction, and the ecological architecture landscape planning design is becoming important, hence creating the green eco-building environment is the inevitable development direction of architecture landscape in future. Based on work experience, starting from the ecological architecture landscape design principles, this paper will present the key point of current ecological architecture landscape design, in order to provide some ideas for building landscape design development.</p>

Discussion on Key Point of Architectural Landscape Design

<p>With the improvement of people’s quality of life and living environment of the building requirements, architectural landscape design should continue to improve the building use group's satisfaction and increase the intensity of ecological architecture landscape construction, in order to ensure efficiency and utility of architecture landscape planning. This is so that the living personnel can fully experience the beautiful architectural landscape, thereby improving people's satisfaction of the building. Currently, since there is an increasing trend of people’s move towards green ecological direction, and the ecological architecture landscape planning design is becoming important, hence creating the green eco-building environment is the inevitable development direction of architecture landscape in future. Based on work experience, starting from the ecological architecture landscape design principles, this paper will present the key point of current ecological architecture landscape design, in order to provide some ideas for building landscape design development.</p>

Reduction in ground vibrations by using shaped landscapes

Reduction in traffic-induced ground vibrations by the use of shaped landscapes is investigated here by shaping the landscape surrounding a high-tech facility, using the landscape thus produced as a wave obstacle. The effects of the geometric parameters of a shaped landscape were examined in parametric studies. An architectural landscape design was also investigated in terms of its effectiveness in reducing traffic-induced ground vibrations. Finite element models, analysed in the frequency domain, were employed. The models involve a layer of soil and the underlying bedrock. It was found that anywhere from an appreciable reduction to an appreciable amplification of the vibrations produced can occur, depending upon the geometric parameters of the shaped landscape involved. The most effective shape was found for a topography that acted as a waveguide that reduced the level of vibration by approximately 35%.