مقاله انگلیسی رایگان در مورد سیستم تجسم سه بعدی پارامترهای محیطی – الزویر 2019

1. Introduction

2. System Design

3. System Development

Acknowledgement

References

Hainan Province has the largest ocean areas in China. After decades of efforts, it has accumulated abundant marine basic data, and has built various types, different topics and large-scale marine databases. The construction of Hainan provincial digital ocean environment parameters 3D visualization system can effectively integrate, utilize and share these marine information resources, and support marine management and marine ecological environment protection. The multi-dimensional dynamic visualization of information can provide scientific and effective tools for comprehensive marine management and macro-decision-making in a timely and accurate manner. This paper introduces a digital ocean environment parameters three-dimensional (3D) visualization system based on digital earth sphere model suitable for marine environment parameters three-dimensional visualization display, studies the key technologies of multi-dimensional marine environment parameters visualization based on basic geographic data and remote sensing images, which integrated high-precision Digital Elevation Model (DEM) and satellite images to realize the three-dimensional integration and visualization of marine environmental parameters in the South China Sea, providing data display, multi-temporal dimension comparison and spatial overlay analysis. The functions of statistics and data management provide interactive information services for integrated marine management and decision-making support.

Introduction

Since Hainan Province has around 200 square kilometres ocean areas, after decades of efforts, it has accumulated abundant marine basic data, and has built various types, different topics and large-scale marine databases. Hainan provincial digital ocean environment 3D visualization system can effectively integrate, utilize and share marine information resources to support decision-making support and public information services. The multi-dimensional dynamic visualization of information can provide scientific and effective tools for comprehensive marine management and macro-decision-making in a timely and accurate manner.