79 computations

• 10.7 Solar Radio Flux
• Activity Indicator: Solar Active Region Classification
• Athens Digisonde ionogram characteristics
• AWDA VLF: Equatorial electron density derived from whistler waves
• B0B1_qModel: Thickness B0 (km) and shape B1 (dimensionless) parameters of F layer calculated from sunspot number and IGRF coeficients.
• BSPM: density on a Solar Magnetic grid to plot 2D map
• COSMIC: EDP Computation
• Current ionospheric conditions at each ionosonde location
• Doppler sounder spectrogram computation
• DSND and NeXtYZ analysis
• DTM: density on a latitude-local time grid at specified altitude, to plot 2D map
• DTM: neutral particle temperatures on a latitude-local time grid at specified altitude, to plot 2D map
• EISCAT Radar Ion-Neutral Collision Frequency Analysis
• EISCAT Radar Ionospheric Parameter Analysis
• EISCAT Radar Vector Parameter Analysis
• EIS foF2 Forecast Maps
• EIS foF2 Forecasts Over Digisonde Stations
• EIS foF2 Long Term Prediction Maps
• EIS foF2 Nowcast Maps
• EIS hmF2 Nowcast Maps
• EIS Ionospheric Alerts
• EIS Near Real-Time TEC Maps
• EPB_detectionTool
• eSWua: Automatic ionogram scaling computation
• eSWua: GNSS scintillation indices and TEC computation
• eSWua IONORING tool: computation of nowcasting TEC map over Italy
• eSWua IONORING tool: computation of Short-Term Forecasting TEC maps over Italy
• eSWua IONOWORLD tool: computation of global nowcasting TEC map
• eSWua IONOWORLD tool: computation of Long-term forecasting global TEC maps
• eSWua: Manual ionogram scaling computation
• EUHFORIA: Coronal domain
• EUHFORIA: DSO computation based on L1 model
• EUHFORIA: Dst computation based on L1 model
• EUHFORIA: Heliospheric domain
• EUHFORIA: Kp computation based on L1 model
• European Ionosonde Network DIAS computation
• GIRO: Automatic ionogram scaling
• GIRO: Manual ionogram scaling
• GNSS Ionospheric monitor Borowiec
• GNSS Ionospheric Monitor Hornsund
• GNSS Ionospheric Monitor Warsaw
• GNSS: UPC GIM Computation
• HF communications: calculation of a radiolink midpoint
• HF-INT LSTID event list
• hmF2_qModel: hmF2 model calculation and prediction from smoothed sunspot number and IGRF coeficients
• Hp30 indices
• Hp60 indices
• Ionosonde Warsaw
• IPIM Standard Ionospheric Parameters
• IRI 3D electron density computed from 2D anchor maps
• IRI: Empirical quiet-time model of foF2 critical frequency as 2D maps in Jones-Gallet formalism
• IRI: Vertical electron density profile computed from anchor values
• IRTAM: Assimilation of GIRO ionogram-derived measurements using NECTAR method
• IRTAM: Derived properties from assimilation results
• Kp indices
• LOFAR_Averaged_Dynamic_Spectra
• LOFAR_S4_180
• LOFAR_S4_60
• NEDM2020: ionosphere electron density model computation
• NOAA-SWPC predicted sunspot number and F10.7 radio flux
• NTCM G: Galileo single-frequency ionospheric corrections model computation
• PCN index
• PL610 LOFAR station Borówiec
• Plasma: computing electron density from electron plasma frequency
• RayTRIX: Analytical raytracing through CQP vertical Ne profile at the radiolink midpoint
• ROB-IONO Software : multi-GNSS data processing for Space Weather
• SOLERA: EUV photons flux rate Computation
• Sunspot Number
• SWIF Model
• TechTIDE LSTID activity index
• T-FORS LSTID forecasting over Europe
• T-FORS LSTID Forecasting with TFT
• T-FORS MSTID Climatology
• The 1D EDD version of the TaD Model
• The 3D EDD version of the TaD Model
• The NeQuick ionosphere electron density model
• Vertical Ne Profile: Best-fit 3-layer Composite Quasi-Parabolic (CQP) representation
• WHISPER: Electron plasma frequency extraction from its active spectrograms
• WHISPER: Selection of spectrogram type for interpretation