Abstract
With the rapid development of information technology represented by the Internet, the economic development of various countries in the world is closely related to information technology represented by computers. As a new growth point of economic development, tourism has attracted more and more attention from all parties. Traditional artificial travel agencies can no longer meet people’s needs. In the network information environment, tourists need systematic and large amounts of online travel information to provide support for their decision-making. This article first discusses the research significance and research status of wireless sensor networks at home and abroad and analyzes and optimizes the sensor network algorithms. Based on the existing wireless sensor network hardware experimental system, a tourism management system is designed and developed. Various user interfaces of the tourism management system are designed, including topology tree structure view, node list, program status and program package view, data management, real-time curve display, and node positioning functions. The simulation experiment results show that the efficiency of this system for tourism information integration is 20% higher than other systems, and it has certain practical value.
Highlights
Introduction to SensorNodes. e hardware node used in this system is based on the study in [20, 21]. ere are three types of nodes in the network, including coordinator nodes, router nodes, and terminal nodes. e hardware structures of the three nodes are the same, but the application programs are different
E design and implementation of the tourism management system of the wireless sensor network are introduced in detail
The function of the wireless sensor system is designed. e hardware system of the test system is based on the cross-node, and the underlying protocol is designed. e basic software is implemented by NESC programming on the TinyOS system
Summary
E Background and Significance of the Design of Smart Tourism System Based on Wireless Sensor Network. The development and application of corresponding tourism service models and related systems have attracted the attention of the industry. Erefore, Bapu decided to design FPGA-based self-healing technology to develop wireless sensor nodes and repair node hardware failures. Is article first discusses the research significance and current research status of wireless sensor networks at home and abroad, analyzes several basic and common target location algorithms in detail, and proposes a weighted centroid prediction algorithm. Various user interfaces of the tourism management system are designed, including topological tree structure view, node list, program status and package view, data management, real-time curve display, and node positioning. E design and implementation of the tourism management system of the wireless sensor network are introduced in detail. E functions of the test system include: serial port control, data processing, real-time data display, historical data query, node ranging, node link quality evaluation, node energy status monitoring, node positioning, and node topology display [6]
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