63 processes

• ActivityIndicator: PCN
• Activity Indicator: Solar Active Region Classification
• AWDA VLF: Process of evaluating equatorial electron density using ground-based VLF magnetic antenna
• B0B1_qModel calculation
• Borowiec ionospheric scintillation measurements
• BSPM: 3D-Kinetic plasmasphere model
• DIDBase: Autoscaling GIRO ionograms
• DIDBase: Manual scaling of GIRO ionograms
• DTM2020-operational: semi-empirical thermosphere model
• EISCAT Svalbard Dynasonde observations
• EISCAT Svalbard Radar Standard Ionospheric Parameter Measurement
• EISCAT Tristatic UHF Vector Parameter Measurement
• EISCAT Tristatic VHF Vector Parameter Measurement
• EISCAT Tromso Dynasonde observations
• EISCAT UHF Standard Ionospheric Parameter Measurement
• EISCAT VHF standard Ionospheric Parameter Measurement
• EPB_detectionTool
• eSWua: Autoscaling ionograms
• eSWua: GNSS Scintillation Indices and Total Electron Content from 50 Hz receivers
• eSWua IONORING tool: composite process for the Short-Term Forecasting TEC maps over Italy
• eSWua IONORING tool: processing of the nowcasting TEC map over Italy (IONORING)
• eSWua IONOWORLD tool: composite process for the Long-term forecasting global TEC maps
• eSWua IONOWORLD tool: composite process for the nowcasting global TEC maps
• eSWua: Manual scaling ionograms
• EUHFORIA: Geoeffect Indices Kp, Dst, Dso
• EUHFORIA: Heliospheric wind and CME evolution
• Extreme Ultra Violet solar flux-rate generation using GNSS observations
• HF Communications: RayTRIX-CQP and IRTAM to synthesize oblique ionograms for a given radiolink
• hmF2_qModel calculation
• Hornsund ionospheric scintillation measurements
• Hp30 and ap30 indices
• Hp60 and ap60 indices
• IAP-P Doppler souder: process of acquiring spectrograms
• Ionosonde Hornsund, Svalbard
• Ionosonde Warsaw
• IPIM : Ionosphere-Plasmasphere IRAP Model
• IRI: 3D electron density computed from 2D anchor maps
• IRI: International Reference Ionosphere
• IRTAM: 3D global real-time map of ionospheric electron density using NECTAR assimilation technique
• Kp, ap, and Ap indices, F10.7 radio flux and sunspot numbe
• LOFAR Scintillation Spectrograms
• NEDM2020: ionosphere electron density model calculation
• NTCM G: Galileo single-frequency ionospheric corrections model calculation
• PL610 LOFAR station meaurements
• Process for the EIS foF2 Forecast Maps
• Process for the EIS foF2 Forecasts Over Digisonde Stations
• Process for the EIS foF2 Long Term Prediction Maps
• Process for the EIS foF2 Nowcast Maps
• Process for the EIS hmF2 Nowcast Maps
• Process for the EIS Ionospheric Alerts
• Process for the EIS Near Real-Time TEC Maps
• Process for the provision of EIS current ionospheric conditions at each ionosonde location
• Process of acquiring and autoscaling AT138 ionograms
• Process of acquiring and autoscaling ionograms of the European Ionosonde Network DIAS (European Digital upper Atmosphere Server) digisondes
• Process of providing the LSTID activity index by the TechTIDE European and South African Digisonde Network
• ROB-IONO multi-GNSS data processing for Space Weather
• SWIF Model
• Synthesis of the Electron Density Profile generation using GNSS observations from LEOs
• Synthesis of the Vertical Total Electron Content Map generation using GNSS observations
• T-FORS MSTID Climatology
• The 1D EDD version of the TaD Model
• Warsaw ionospheric scintillation measuremets
• WHISPER: Process of evaluating plasma frequency and density using relaxation sounders onboard the Cluster constellation