Classification of Meteorological Satellite Ground System Applications

Lin' Man'yun'; Chzhao Syan'gan; Tszy Seli; Go Pen; Fan' Tsun'tsyun'

doi:10.7256/2453-8817.2018.1.26055


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Space Research

Reference:

Lin M., Zhao X., Zi X., Guo P., Fan C. Classification of Meteorological Satellite Ground System Applications // Space Research. 2018. № 1. P. 335-341. DOI: 10.7256/2453-8817.2018.1.26055 URL: https://en.nbpublish.com/library_read_article.php?id=26055

Classification of Meteorological Satellite Ground System Applications

Lin' Manyun

100081, Kitai, g. Pekin, ul. Zhong Guancun Nandajie, 46

guop@cma.gov.cn

Chzhao Xiangang

100081, Kitai, g. Pekin, ul. Zhong Guancun Nandajie, 46

guop@cma.gov.cn

Tszy Seli

100081, Kitai, g. Pekin, ul. Zhong Guancun Nandajie, 46

guop@cma.gov.cn

Go Pen

100081, Kitai, g. Pekin, ul. Zhong Guancun Nandajie,, 46

guo_peng@yahoo.com

Fan' Cunqun

100081, Kitai, g. Pekin, ul. Zhong Guancun Nandajie, 46

guop@cma.gov.cn

Article was published in rubric "Earth Science"

DOI:

10.7256/2453-8817.2018.1.26055

Received:

18-04-2018

Published:

15-09-2018

Abstract: Meteorological satellite ground application system carries a large number of applications. These applications deal with a variety of tasks. In order to classify these applications according to the resource consumption and improve the rational allocation of system resources, this paper introduces several application analysis algorithms. Firstly, the requirements are abstractly described, and then analyzed by hierarchical clustering algorithm. Finally, the benchmark analysis of resource consumption is given. Through the benchmark analysis of resource consumption, we will give a more accurate meteorological satellite ground application system.

Keywords:

Satellite, Ground Application System, Classification, Hierarchical Clustering, Software Model Verification, Application Parameters, Memory-loading, CPU-loading, IO-loading, Network-loading

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