Abstract
Since different equipment manufacturers may define a set of data transmission protocols of their own types, the high-density three-dimensional Internet of Things landscape garden landscape platform needs to provide a unified data transmission interface for the business system. It needs to complete the analysis, storage, and reformatting of different data transmission protocols on the high-density three-dimensional Internet of Things landscape service platform. In this paper, based on the conversion analysis between the MLD model of the landscape perception layer of the high-density three-dimensional Internet of Things landscape and the automata scheduling model, the conversion of the MLD model of the entire landscape perception layer of the high-density three-dimensional IoT landscape and the automata scheduling model is realized. Based on the hierarchical automata high-density three-dimensional Internet of Things landscape, this paper studies the global task scheduling and control automata model and the local scheduling automata model in the task, as well as the landscape perception layer rapid scheduling mechanism of independent scheduling strategy. This can be used for different levels of systems to ensure that the perception layer system is orderly, reliable, and fast. They complete the construction of jdk environment, web server, Mongo DB server, MQTT server, JMS server, etc., on the cloud platform. Combined with the landscape, a set of test platforms was built to test the functions and performance indicators of the visualization system cloud platform. The test results show that the cloud platform can realize cross-platform terminal access, end-to-end instant messaging, heterogeneous data processing and storage, etc. It has strong scalability and high processing performance and has application and reference value.
Highlights
With the rapid development of science and technology, all aspects of people’s lives have gradually developed and improved
The widespread use of the Internet of ings technology in the construction industry has enabled the promotion of the Internet of ings technology in an all-round way [2]. e introduction of the Internet of ings technology into the landscape architecture industry will play a role in the entire process and multiple aspects of the entire industry [3, 4]
In the work mode of most design institutes, the design work of a project will generally be designed by a chief design person in charge of the design of the entire project, and other drafters will cooperate according to his design ideas [5]
Summary
With the rapid development of science and technology, all aspects of people’s lives have gradually developed and improved. (i) is article has carried out the research on the perception layer model conversion and perception layer scheduling strategy of high-density three-dimensional Internet of ings landscape gardens. (ii) is article proposes a high-density three-dimensional Internet of ings based on hierarchical automata, a rapid scheduling mechanism for the landscape perception layer of the landscape architecture, and researches the global task scheduling and control automata model and the local scheduling automata model in the mechanism. E test results show that the highdensity three-dimensional Internet of ings landscape garden landscape M2M cloud platform can realize the access and communication of different terminals and realize the processing of heterogeneous data. It has strong scalability and good server processing performance, which can meet the high-density three-dimensional Internet of ings landscape. It has strong scalability and good server processing performance, which can meet the high-density three-dimensional Internet of ings landscape. e demand for visual control system of garden landscape has application and reference value
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