Author:Jim Farley, Senior Product Manager, interoperability standards, Autodesk Inc.
Translator: Luo Ming
Proofreading: Ma Hanqing and Wang Tianbao
Original article:English Link
Directory: All articles
Even if it is successfulLMSAfter the procedure, it still takes ten years to make the eyes clear. In any case, by looking at the current trend, we will wait and see what will become the focus in the future.
The market will be global, and the market will be continuously improved and developed due to the explosion of geographic data in terms of coverage, type, quality, and practicality. With our ability to control 3D, four-dimensional (time), and five-dimensional (cost) data, the so-called non-spatial data will be increasingly integrated into geospatial applications.
As network connectivity becomes ubiquitous in the real sense, the agility and commercial applications of consumers will become increasingly seamless integration and relative perfection. In the next decade, the difference between a simulated digital terrain and a real digital terrain will gradually disappear.
We will gradually complete real-world planning, management, and lifecycle/Assets/Supply chain management, security, and emergency response are integrated into a seamless digital environment from the cradle to the grave, where phenomena and movements are similar to our world. Prediction simulation and simulation will become a practical tool for handling daily problems, rational analysis, and feature visualization.
Real-world simulation and analysis technologies applied in urban planning, engineering technology, utilities, architecture, and emergency response will become common. The consumer market will have a better definition and more advanced applications. We will see that this technology is widely integrated into core commercial applications.
Technological convergence and innovation, business processing and workflow integration, open source code, and open standards will be the driving force for the development of the industry in the next decade. Technological convergence is created in the context of the disappearance of traditional separated technologies and the gap between technologies and disciplines. With more information, design and construction tools, remote sensing (suchCAD, Building information model, completion model,LIDARPoint Clouds, etc.) are increasingly used to expand and enrich the application and analysis of geographical spaces. In addition, this integration will expand and accelerate.
Like the previousLinuxSame,OsgeoIt indicates that organized and project-Centered Open Source Code behaviors have a huge impact on thousands of geospatial professionals to download and apply open source software. BecauseOsgeoExplores the natural collaboration between open source code and open standards,OGCAnd accelerate the application and adoption of open standards. Through such a cyclical process, the application fields of open standards are becoming wider and wider, and the constant updating of open standards will also be promoted. In fact, this process has already started.
All of these have provided a good environment for innovation. For those who dare to take risks and overcome the inevitable failures that accompany successful changes, they have also given birth to great opportunities.
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