Abstract
With the application of engineering management in smart city construction under Industry 4.0, the intelligent design of urban street landscape has attracted extensive attention. Affected by the low intelligent level of traditional landscape design, the existing urban landscape composite system has difficulty in meeting the needs of smart city construction. Therefore, this paper proposes the construction of street landscape big data-driven intelligent decision support system based on Industry 4.0. Based on the complex network theory, this paper analyzes the structure, links, nodes, driving forces, and functional requirements of urban street landscape and then puts forward the construction content and implementation method of urban street landscape intelligent decision support system. The system consists of four aspects: intelligent infrastructure, service, protection and maintenance, and management and evaluation system. Its implementation not only reflects the cooperation and effective application of intelligent technology in each stage of street landscape construction, but also provides reference for the application of engineering management in other fields under Industry 4.0.
Highlights
Based on the connectivity provided by the Industrial Internet of ings (IIoT) and the use of a variety of digital technologies such as cloud computing, big data, and artificial intelligence, Industry 4.0 is proposed as a new stage of industrial maturity [1, 2]. ese technologies have produced an industrial method of automation and interconnection involving objects, products, and people, achieving a higher level of industrial performance [3]
“intelligent” development has become the new trend in modern society due to the advancement of information technology represented by the Internet. e smart city emerges in this context, which can detect, analyze, and integrate the key information of urban core operating systems using information and communication technologies, making intelligent responses to various needs covering people’s livelihood, environmental protection, public security, urban services, and industrial and commercial activities [4]. e intelligent urban management and operation relying on advanced information technologies can effectively solve the complex urban problems and promote the harmonious and sustainable urban development [5]
Establishment of the complete, scientific, and effective evaluation system shall be based on the existing urban gardening standards, with the relevant street smart landscape indicators integrated into the system by means of spatial layers, forms/tables, document uploading, and image attachments for real-time computing and result judgment/analysis [29], Table 1
Summary
Based on the connectivity provided by the Industrial Internet of ings (IIoT) and the use of a variety of digital technologies such as cloud computing, big data, and artificial intelligence, Industry 4.0 is proposed as a new stage of industrial maturity [1, 2]. ese technologies have produced an industrial method of automation and interconnection involving objects, products, and people, achieving a higher level of industrial performance [3]. With the application of engineering management in smart city construction under Industry 4.0, the intelligent design of urban street landscape rises and develops rapidly. E smart city emerges in this context, which can detect, analyze, and integrate the key information of urban core operating systems using information and communication technologies, making intelligent responses to various needs covering people’s livelihood, environmental protection, public security, urban services, and industrial and commercial activities [4]. E intelligent urban management and operation relying on advanced information technologies can effectively solve the complex urban problems and promote the harmonious and sustainable urban development [5]. Smart gardens changing the construction, operation, and management modes of traditional gardens can effectively improve the efficiency in landscape garden industry, realizing the normalization, standardization, digitization, networking, and intelligence of garden construction [6]. By selecting street landscape as the entry point of smart gardens, this paper aims to explore the needs of urban street landscape and discuss the intelligent system construction and implementation means, in order to provide reference for the construction of urban street intelligent systems [7, 8]
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