面向性能的三维景物地理空间信息边缘计算

Sheng'en Liu, Xiangning Chen, Bin Qi, Lvwei Zherr
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引用次数: 2

摘要

云计算的内涵是将数据集成到微型或小型设备中进行高性能处理。然而,随着“互联网+”和“物联网”的蓬勃发展,云计算面临着处理海量个性化和定制化需求的困境。由于面对不同需求的硬件性能存在差异。GIS是典型的复杂多层图形应用,对硬件性能有各种要求,其多尺度三维图形处理是对计算能力的典型挑战。面向性能的边缘计算的研究主要是通过地理空间信息的服务和分布,在遇到3D场景等大规模计算时,选择边缘计算资源,更好地协调边缘计算资源。
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Performace Oriented Edge Computing of Geospatial Information with 3D Scenery
The connotation of cloud computing is the integration of data in micro or small devices to conduct high-performance processing. However, with the proliferation of Internet Plus and Internet of Things, cloud computing is in the dilemma of dealing with individual and customized needs with colossal quantity. Since variation exists in hardware performance facing different needs. GIS, is a typical complex multi-layered graphic application with various requirements of hardware performances and its multi-scale 3D graphical processing is a typical challenge for computing capacity. The study of Performance-Oriented Edge Computing is our main work on selection of computing resources at the edge when encountering large-scale computing like 3D scenery through service and distribution of Geospatial Information to better coordination of computing resources at the edge.
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