S8

SC43: Atmospheric Remote Sensing: Ionosphere

S8

SC43: Atmospheric Remote Sensing: Ionosphere

Convener: Michael Schmidt | Co-convener: M.Mahdi Alizadeh

Orals

| Wed, 07 Sep, 09:30–15:30 (CEST)|Wissenschaftsetage Potsdam

Orals: Wed, 7 Sep | Wissenschaftsetage Potsdam

iag-comm4-2022-15

Comparison of different ionosphere and troposphere models in open SSR correction formats in terms of accuracy, complexity, and bandwidth

Gerhard Wübbena et al.

iag-comm4-2022-51

|

invited

Real-time determination of the free electrons distribution in the ionosphere: Some motivations, collaborative activities and potential evolution

Manuel Hernández-Pajares et al.

iag-comm4-2022-12

IAG JWG 4.3.1 Real-time Ionosphere Monitoring and Modeling: Status during 2019-2022

Zishen Li and the IAG 4.3.1 Working Group Member

Coffee break

iag-comm4-2022-11

The Combined Real-Time Global Ionospheric Maps for Precise GNSS Applications

Ningbo Wang et al.

iag-comm4-2022-29

Good performance, less computation: A new ionospheric model for the Galileo Open Service

Mainul Hoque et al.

iag-comm4-2022-50

|

invited

Recent Developments in Ionosphere Forecasting: a Machine Learning Perspective

Murat Durmaz

iag-comm4-2022-42

Prediction of Ionospheric Irregularities using a Combination of Machine Learning Algorithms

Alireza Atabati et al.

Lunch break

iag-comm4-2022-18

|

invited

GNSS and HF radar measurements for detecting F-region irregularities in the Taiwan-Philippines sector

Lung-Chih Tsai et al.

iag-comm4-2022-19

Small-scale ionospheric irregularities and their effects on GNSS - A status Report

Jens Berdermann

iag-comm4-2022-35

Natural hazard effects on ionospheric parameters detected by various space geodetic techniques

Mahdi Alizadeh et al.

Coffee break

iag-comm4-2022-22

Effects of pre-reversal enhancements and gravity wave activity on the characteristics of equatorial plasma bubbles

Ankur Kepkar et al.

Imprint

Data protection