摘要
A “star shaped topology” network for solar radio dynamic spectrograph large scale data acquisition, storage and processing system (meterwave band 230 ~ 300MHz and decimeter band 700 ~ 1 4 GHz) and auto control system for the 10meter antenna has been set up at the Yunnan Observatory. Resource sharing among the optical disk drive, laser printer, MODEM and other devices is realized. And a way to large scale data processing and storage for the solar radio observations of high time and frequency resolutions is found. A homepage is made on the Internet and the test of remote control of the telescope is successful.
A “star shaped topology” network for solar radio dynamic spectrograph large scale data acquisition, storage and processing system (meterwave band 230 ~ 300MHz and decimeter band 700 ~ 1 4 GHz) and auto control system for the 10meter antenna has been set up at the Yunnan Observatory. Resource sharing among the optical disk drive, laser printer, MODEM and other devices is realized. And a way to large scale data processing and storage for the solar radio observations of high time and frequency resolutions is found. A homepage is made on the Internet and the test of remote control of the telescope is successful.
作者
Chen Jingying, Xia Zhiguo, Cao Ying, Wang Shuhao, Jin Zhenyu, Wang Min (National Astronomical Observatories, CAS) (Beijing Observatory, The Chinese Academy of Sciences) (Yunnan Observatory, The Chinese Academy of Sciences, Kunming 650011, China)
出处
《天文研究与技术》
CSCD
1999年第S1期143-146,共4页
Astronomical Research & Technology