Design of Spatial Structure Change Model of Coastal Port Logistics Economy

Abstract

Hu, K. and Dong, Z., 2019. Design of spatial structure change model of coastal port logistics economy. In: Guido-Aldana, P.A. and Mulahasan, S. (eds.), Advances in Water Resources and Exploration. Journal of Coastal Research, Special Issue No. 93, pp. 1080–1086. Coconut Creek (Florida), ISSN 0749-0208.Under the environment of Internet of things, the change model of coastal port logistics economic spatial structure is constructed, and the design method of coastal port logistics economic spatial structure change model based on Internet of things equilibrium scheduling is put forward. This paper analyzes the optimal adjustment model of coastal port logistics economic spatial structure, improves the change control ability of coastal port logistics economic spatial structure, and improves the throughput and connectivity performance of coastal port logistics economic spatial structure. In this paper, an optimal adjustment algorithm of coastal port logistics economic spatial structure under the Internet of things based on adaptive equilibrium scheduling and artificial intelligence optimization is proposed. The logistics coastal port logistics economic spatial structure model under the Internet of things environment is constructed, and then the transmission information of coastal port logistics economic spatial structure is integrated and processed. Adaptive equilibrium scheduling and artificial intelligence optimization are used to adjust and optimize the spatial structure change characteristics of coastal port logistics economy in the whole coastal port logistics economic spatial structure, to improve the scope of coastal port logistics economic spatial structure change in the whole coastal port logistics economic spatial structure, and to ensure the connectivity and efficiency of coastal port logistics economic spatial structure. The simulation results show that the model constructs the spatial structure of coastal port logistics economy under the Internet of things, improves the throughput of logistics transmission, and has good ability to detect the distribution characteristics of coastal port logistics economic spatial structure. The implementation cost is reduced and the efficiency is high.