Research on Dynamic Simulation Technology of Urban 3D Art Landscape Based on VR-Platform

Abstract

With the rise of some concepts such as “Digital Earth” and “digital city,” how to realize the three-dimensional reconstruction and visualization of the urban art landscape is becoming a current research hotspot. This study takes the VR-Platform as the development platform and combines it with 3dsMax technology to study the dynamic simulation technology of urban 3D art landscapes. Additionally, this study combines the dynamic simulation technology of urban three-dimensional artistic landscape, designs the urban three-dimensional artistic landscape dynamic simulation system from the aspects of landscape modeling, texture mapping, drive integration, and so on, and finally realizes the basic functions such as roaming interaction, map navigation, information measurement, and visual display of the urban three-dimensional artistic landscape dynamic simulation system, which has a certain practical application value.

Application of Wireless Sensor Network Integrated With 3-5g Technology in the Design Of Interactive Space in an Urban Landscape

“…Throughput, energy efficiency, implementation cost, and packet delivery ratio were employed in the experiment we presented for threedimensional virtual reality (3D-VR) with CapsNet. Comparing the proposed work (3D-VR with CapsNet) to existing approaches such as the 3D Engine Mesh Reconstruction Algorithm (3DE-MRA) [32], Virtual Reality (VR) [33], and 5G Virtual Reality Big Data (5GVR-BD) [34].…”

“…The ratio of the total packet transferred to the total packets transmitted from the source node to the destination nodes is known as the packet delivery ratio which is a network measure. Figure 10 The pupils are inspired to study and get improved life skills through this technology and the high Initial Cost of Equipment and Development (Cao and Li (2022)). Instead of spending a lot on ineffective advertising activities, 5GVR-BD enables firms to provide personalized items to their target market.…”

Research on the Application of Extended Reality in the Construction and Management of Landscape Engineering

“…This process includes designing environmental effects, connecting to databases, incorporating special effects, and enabling real-time rendering. These efforts collectively facilitate dynamic queries, interactive roaming, and user-defined exploration functionalities within the landscape [3]. As a foundational element across various XR application scenarios, the establishment of virtual landscape models assumes particular significance.…”

“…In the Architecture, Engineering, and Construction (AEC) industry, XR holds immense potential for improving construction productivity, which enables effective control over construction progress, quality, and safety [2]. Specifically in the field of landscaping, XR has found extensive applications in areas such as the construction and simulation of landscaping models [3][4][5][6][7][8][9][10][11][12][13][14][15], monitoring and maintenance of plant growth [4,6,[16][17][18][19][20][21], landscaping planning and design [9,13,14,[22][23][24][25][26][27][28][29][30][31][32][33][34][35], perception and preference assessment of landscaping [11,[36][37][38][39][40][41][42]…”

Indoor–Outdoor Point Cloud Alignment Using Semantic–Geometric Descriptor

“…A full 3D building model enables functions involving both the exterior and interior structures for the above-mentioned applications. For example, visitors can walk into a building in the VR world, rather than just wandering in the street [5]. Another example is ancient heritage building preservation, for which a complete digital model is necessary [6].…”