Workshop on NeQuick Ionospheric Electron Density Model: Latest Developments and New Implementations

A. A. AKERELE ET AL. (NASRDA Center for Atmospheric Research, Nigeria)

On the better performance of the NeQuick-2 model than IRI-Plas 2017 model in Nigeria within the equatorial Ionospheric anomaly region

A. AMEER (Sir Syed University of Engineering and Technology, Pakistan)

Study of GPS TEC and ionosonde foF2 at Darwin using NeQuick during 2013-2016

A. KASHCHEYEV (UNIVERSITY OF NEW BRUNSWICK, CANADA); B. NAVA (ICTP)

Validation of NeQuick 2 model topside ionosphere and plasmasphere electron content using COSMIC POD TEC (Invited)

A. PAZNUKOV ET AL. (Institute of Radio Astronomy, NASU, Ukraine)

Comparison of the foF2 data obtained using Akademik Vernadsky ionosonde with the data of NeQuick model

A. PIGNALBERI; M. PEZZOPANE (INGV, Italy)

Improving the NeQuick topside representation by means of Swarm satellites data

B. GUL (NED University of Engineering and Technology, Pakistan)

Comparison between NeQuick TEC and ionosonde foF2 ingested TEC over Athens, Vanimo and Chongqing during deep solar minimum year 2008

B. NAVA (ICTP)

Introduction to the NeQuick model

Data ingestion in the NeQuick model

B. NAVA; S.M. RADICELLA (ICTP)

The way forward about the NeQuick

B. W. JOSHUA ET AL. (Kebbi State University of Science and Technology, Nigeria)

Diurnal and Seasonal investigation of the performance of IRI-2007, IRI-2012, IRI-2016 and Ne-quick models over some African Equatorial Stations

D. CHEKOLE (Ethiopian Space Science and Technology Institute, Ethiopia)

Performance of NeQuick-2, IRI plas 2017 and GIM models over Ethiopia during varying solar activity periods

D. DEVANABOYINA ET AL. (KL University, India)

Regional Ionospheric Broadcast Model for Single Frequency GNSS Users

D. OKOH ET AL. (NASRDA Center for Atmospheric Research, Nigeria)

Assessment of the NeQuick-2 and IRI-Plas 2017 models using global and long-term GNSS measurements

DAVID R. THEMENS ET AL. (University of New Brunswick, Canada)

Improvements to modeling the high latitude topside: Storms, Solar activity, and where to go from here (Invited)

E. O. OYEYEMI (University of Lagos, Nigeria)

Validation of Neural Network based model to predict foF2: A comparison with NeQuick 2 model data ingestion technique

G. K. SEEMALA (Indian Institute of Geomagnetism, India)

Use of NeQuick in TEC inputs for GNSS receiver bias validation and as background ionosphere for evaluation of ionospheric plasma depletions extent in Indian region

J. BASKARADAS (SASTRA Deemed University, India)

First Results of Thanjavur (10°43’N, 79°1’E) GPS Ionospheric Station

K. ALAZO-CUARTAS; S.M. RADICELLA (ICTP)

A new formulation of the bottomside B2 parameter in NeQuick model

K. ANSARI (Sejong University, South Korea)

Exponential Smoothing Modelling of Ionospheric TEC variation over Nepal from GNSS Measurements and Validation with NeQuick Model

K. D. AKSONOVA (Institute of Radio)

Incoherent scatter radar observations of ionospheric electron density disturbances over mid-latitude European region

M. MERINO (Peruvian University of Applied Sciences, Peru)

Assesment of different model predictions for tomographic reconstructions of low-latitude ionospheric plasma: preliminary results

M. OU (CRIRP, China)

A modified ionospheric Slant TEC calculation method for NeQuick model

M. R. ALBORNOZ ET AL. (National Technological University, Argentina)

Evaluation of Empirical Models performance: A review of recent studies made at Tucuman

N. WANG AND Z. LI (Aerospace Information Research Institute (CAS), China)

Real-time Ionospheric Error Correction with NeQuick model: Method and Analysis

O. A. ABUELEZZ ET AL. (Helwan University, Egypt)

Verification of the NeQuick Model for the ionospheric electron density over South Africa during the geomagnetic storm of 28 May 2017 through comparison with Ionosonde measurements and with the IRI model

O. A. OLADIPO (University of Ilorin, Nigeria)

Minimizing NeQuick TEC prediction error via data ingestion at three African equatorial stations

O. E. ABE ET AL. (Federal University Oye-Ekiti, Nigeria)

A Comparative Study of hmF2 using Different ionospheric models prediction at Ouagadougou Equatorial west African Anomaly Station

P. COÏSSON (Institut de Physique du Globe de Paris, France)

NeQuick: ionosphere topside and above (Invited)

P. SETTI (Sao Paulo State University, Brazil)

NeQuick G ionospheric model seasonal analysis

R. ATICI ET AL. (PRESENTED BY S. V. PANASENKO) (Mus Alparslan University, Turkey)

Investigation of Ionospheric Electron Density Change during Solar Eclipse on March 20, 2015 over Kharkiv, Ukraine and its comparison with predictions of NeQuick 2 and IRI-2016 models

R. ORUS PEREZ, EUROPEAN SPACE AGENCY (TBC); B. NAVA, ICTP

Six years of NeQuick G in Galileo

S. GADIMOVA (UNOOSA)

The International GNSS Committee

S. M. AHOUA ET AL. (University of Cocody, F. H. B., Cote d’Ivoire)

Evaluation of the NeQuick model performance under different geomagnetic conditions over South Africa during the ascending phase of solar cycle (2009-2012)

S. M. RADICELLA (ICTP)

Introduction to ionospheric modeling

S. SAGIR (Mus Alparslan University, Turkey)

Performance of the NeQuick 2 Model during the geomagnetic storm

Y. ASMARE TARIKU (Ethiopian Space Science and Technology Institute, Ethiopia)

TEC modeling and performance evaluation of the IRI-Plas 2017 and NeQuick 2 models over African equatorial anomaly region

Y. MIGOYA-ORUÈ ET AL. (ICTP)

Study on the experimentally derived B2 parameter behavior during different geomagnetic storms

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