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Data Storage Method of Meteorological Satellite Ground Application System Based on Object Storage | IEEE Conference Publication | IEEE Xplore

Data Storage Method of Meteorological Satellite Ground Application System Based on Object Storage


Abstract:

Meteorological satellite data growth, relying solely on the increase in hardware storage is difficult to meet the data growth requirements. There are several ways to stor...Show More

Abstract:

Meteorological satellite data growth, relying solely on the increase in hardware storage is difficult to meet the data growth requirements. There are several ways to store the data platform cannot be shared or large data block fast transfer. In this paper, a data storage method for meteorological satellite terrestrial application system based on object storage is proposed, which is based on Client File System (CFS), Directory Path Index Server (DPIS), Medadata Server (MDS) and Object Storage Target (OST) Four systems were designed. The proposed method can realize the fast transmission of large data blocks under the premise of guaranteeing the sharing of data platform.
Date of Conference: 14-16 April 2017
Date Added to IEEE Xplore: 19 September 2019
ISBN Information:
Conference Location: Shanghai, China
References is not available for this document.

I. Introduction

The development of information technology makes the information data show the growth of geometric progression, the data storage has become the major enterprises and units of an important issue. And the speed cycle of storing data doubles is getting shorter and shorter, which makes it impossible to meet the need for data growth by relying solely on the increase in hardware storage devices. In meteorological data, meteorological satellite data is intensive data, large data volume and requires long-term stable storage, and can be based on the needs of meteorological applications for these data to read quickly, these applications on the storage system I / O performance a higher demand. So how to build a high-performance, highly scalable, highly available and manageable and secure storage system is becoming increasingly imminent.

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References

References is not available for this document.