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Research for GIS Raster Data Storage and Display under the FrameWork of Private Cloud
By: Huajun Wang; Jun Chen; Hanyu Lu;
2012 / IEEE / 978-0-7695-4647-6
Description
This item was taken from the IEEE Conference ' Research for GIS Raster Data Storage and Display under the FrameWork of Private Cloud ' Cloud computing has been a study hot spot of computer network technology at home and abroad, since it was proposed in 2007. GIS raster data has amount of data, so when a large number of users access, traditional file mapping and network database, etc will have problems such as server overload, lower sharing efficiency. Cloud computing is undoubtedly the best ideas to solve storage and display of huge amount of raster data. At present, managing and display raster data on the public cloud platform have developed methods and techniques, in which Google Earth is one of the best. But using public cloud to manage massive raster data within the enterprise, it will bring security issues such as leakage of confidential data, so we need to build private clouds under LAN environment for enterprises. This paper, first, discussed the internal private cloud framework and the design of distributed file system under the LAN environment, and analyzed how to storage image pyramids for raster data in the distributed file system, and then proposed the Map / Reduce technology based on G / S mode, to achieve load balancing strategy for data download. Studies show that the private cloud framework in this paper, the grid download ability continuously improved, as the data nodes increases, it can meet internal management and shared purpose of raster data, the research results have a theoretical value and practical significance.
Related Topics
Data Privacy
Geographic Information Systems
Image Processing
Local Area Networks
Network Operating Systems
Grid Download Ability
Gis Raster Data
Geographic Information System
Data Storage
Data Display
Private Cloud Framework
Cloud Computing
File Mapping
Google Earth
Security Issue
Confidential Data Leakage
Lan Environment
Local Area Network
Distributed File System Design
Image Pyramid Storage
Mapreduce Technology
Load Balancing Strategy
Servers
Cloud Computing
Distributed Databases
File Systems
Local Area Networks
Educational Institutions
Google
Data Storage And Display
Private Cloud
Raster Data
Computer Network Security
Cloud Computing
Resource Allocation
Engineering
Network Database