Validation of the Ionospheric Forecast Model Version 3

Cover of Validation of the Ionospheric Forecast Model Version 3 by Michael D. Scott
Publisher: BiblioScholar
Year: 2012
Language: en
Pages: 112
ISBN-13: 9781288411634
Dimensions:
Height: 9.69 Inches
Length: 7.44 Inches
Weight: 0.46958461806 Pounds
Width: 0.23 Inches
Editorial overview Touché

Validation of the Ionospheric Forecast Model Version 3 by Michael D. Scott, published by BiblioScholar on December 6, 2012, is a focused research work comprising 112 pages in English. This book presents an investigation into the Ionospheric Forecast Model (IFM) Version 3, aiming to validate its effectiveness as an operational forecasting tool for the global ionosphere over a 24-hour period.

Readers will find a detailed examination of the model’s performance, specifically comparing the F2 layer critical frequency and peak electron density against actual ionosonde data. The research utilizes global solar and geomagnetic indices along with observations from the Digital Ionospheric Sounding System (DISS) as inputs, running the model for 25 days under different initial conditions. This study contributes to the fields of education and teaching, particularly in understanding the complexities of ionospheric forecasting.


Official synopsis Publisher

The purpose of this research was to validate the Ionospheric Forecast Model (IFM) Version 3 to assess its suitability and usefulness as an operational tool. The Ionospheric forecast model is a first principles computer model designed to forecast the state of the global ionosphere to 24 hours. The scope was limited to a comparison of the F2 layer critical frequency (foF2) and peak electron density (hmF2) against observed ionosonde data. The model was run with global solar and geomagnetic indices and Information from Digitial Ionospheric Sounding System (DISS) observations as inputs. The DISS observations were input through the Parameterized Real-Time Ionospheric Specification Model (PRISM). The IFM was run for a total of 25 days. It was run twice for each 24- hour period: once by starting with only an initial specification of the ionosphere from an empirical model, and again, with an initial specification from the PRISM model with DISS data as an input.

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This page includes the available description and bibliographic details for “Validation of the Ionospheric Forecast Model Version 3” by Michael D. Scott. Synopsis preview: The purpose of this research was to validate the Ionospheric Forecast Model (IFM) Version 3 to assess its suitability and usefulness as an operational tool. The Ionospheric forecast model is a first principles computer m…
Who is the author of “Validation of the Ionospheric Forecast Model Version 3”?
“Validation of the Ionospheric Forecast Model Version 3” is credited to Michael D. Scott.
When was “Validation of the Ionospheric Forecast Model Version 3” published?
Publisher: BiblioScholar. Year: 2012.
What is the ISBN for “Validation of the Ionospheric Forecast Model Version 3”?
ISBN-13: 9781288411634.
What are the book details (language, pages, edition)?
Language: en. Pages: 112.

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