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R. Y. Liu, P. A. Smith and J. W. King, “A New Solar Index Which Leads to Improved f0F2 Predictions Using the CCIR Atlas,” Telecommunication Journal, Vol. 50, No. 8, 1983, pp. 408- 414.

has been cited by the following article:

• TITLE: Application of Improved Analysis of Variance to Ionospheric TEC Short-Term Forecast

  AUTHORS: Yan Gong, Yamin Dang

  KEYWORDS: Ionosphere, TEC, Short-Term Forecast, Variance Analysis, Cycle Superposition

  JOURNAL NAME: Positioning, Vol.2 No.1, February 24, 2011

  ABSTRACT: An improved superposition analysis of periodical wave variance is used for short-term forecast of the ionosphere TEC in this study. Using the ionospheric TEC data provided by IGS as the real value, the forecasting precision of this me-thod at different locations in China with 40 days data is evaluated. The result shows that the improved method has a better forecasting precision which could reach 1.1 TECU. But the forecasting precision still relates to geographical position, it is proportional to longitude and inversely proportional to latitude. Compared with the current-used methods, the improved method has many advantages as higher precision, using fewer parameters and easier to calculate. So, it applied to ionosphere short-term prediction in China very well.