# Difference between revisions of "Study groups"

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− | == | + | ==Joint Study Groups== |

+ | [[JSG T.23|'''JSG T.23: Spherical and spheroidal integral formulas of the potential theory for transforming classical and new gravitational observables''']]<br> | ||

+ | Chair: ''Michal Šprlák (Czech Republic)''<br> | ||

+ | Affiliation: ''Commission 2 and GGOS''<br> | ||

− | [[ | + | [[JSG T.24|'''JSG T.24: Integration and co-location of space geodetic observations and parameters''']]<br> |

− | Chair: '' | + | Chair: ''Krsyzstof Sośnica (Poland)''<br> |

− | Affiliation: '' | + | Affiliation: ''Commissions 1, 2, 3 and 4, GGOS''<br> |

− | [[ | + | [[JSG T.25|'''JSG T.25: Combining geodetic and geophysical information for probing Earth’s inner structure and its dynamics''']]<br> |

− | + | Chairs: ''Robert Tenzer (Hong Kong)''<br> | |

− | Affiliation: '' | + | Affiliation: ''Commissions 2 and 3, GGOS''<br> |

− | [[ | + | [[JSG T.26|'''JSG T.26: Geoid/quasi-geoid modelling for realization of the geopotential height datum''']]<br> |

− | Chair: '' | + | Chair: ''Jianliang Huang (Canada)''<br> |

− | Affiliation: '' | + | Affiliation: '' Commission 2 and GGOS''<br> |

− | [[ | + | [[JSG T.27|'''JSG T.27: Coupling processes between magnetosphere, thermosphere and ionosphere''']]<br> |

− | Chair: '' | + | Chair: ''Andres Calabia (China)''<br> |

− | Affiliation: '' | + | Affiliation: ''Commission 4 and GGOS''<br> |

− | [[ | + | [[JSG T.28|'''JSG T.28: Forward gravity field modelling of known mass distributions''']]<br> |

− | + | Chairs: ''Dimitrios Tsoulis (Greece)''<br> | |

− | Affiliation: '' | + | Affiliation: ''Commissions 2 and 3, GGOS''<br> |

− | [[ | + | [[JSG T.29|'''JSG T.29: Machine learning in geodesy''']]<br> |

− | + | Chairs: ''Benedikt Soja (Switzerland)''<br> | |

− | Affiliation: '' | + | Affiliation: ''Commissions 2, 3 and 4, GGOS''<br> |

− | [[ | + | [[JSG T.30|'''JSG T.30: Dynamic modelling of deformation, rotation and gravity field variations''']]<br> |

− | Chair: '' | + | Chair: ''Yoshiyuki Tanaka (Japan)''<br> |

− | Affiliation: '' | + | Affiliation: ''Commissions 2 and 3, GGOS''<br> |

− | [[ | + | [[JSG T.31|'''JSG T.31: Multi-GNSS theory and algorithms''']]<br> |

− | Chair: '' | + | Chair: ''Amir Khodabandeh (Australia)''<br> |

+ | Affiliation: ''Commissions 1 and 4, GGOS''<br> | ||

+ | |||

+ | [[JSG T.32|'''JSG T.32: High-rate GNSS for geoscience and mobility''']]<br> | ||

+ | Chair: ''Mattia Crespi (Italy)''<br> | ||

+ | Affiliation: ''Commissions 1, 3 and 4, GGOS''<br> | ||

+ | |||

+ | [[JSG T.33|'''JSG T.33: Time series analysis in geodesy and geodynamics''']]<br> | ||

+ | Chair: ''Wieslaw Kosek (Poland)''<br> | ||

+ | Affiliation: ''Commissions 1, 3 and 4, GGOS''<br> | ||

+ | |||

+ | [[JSG T.34|'''JSG T.34: High resolution harmonic analysis and synthesis of potential fields''']]<br> | ||

+ | Chair: ''Sten Claessens (Australia) Yoshiyuki Tanaka (Japan)''<br> | ||

+ | Affiliation: ''Commission 2 and GGOS''<br> | ||

+ | |||

+ | [[JSG T.35|'''JSG T.35: Advanced numerical methods in physical geodesy''']]<br> | ||

+ | Chair: ''Robert Čunderlík (Slovakia)''<br> | ||

+ | Affiliation: ''Commission 2 and GGOS''<br> | ||

+ | |||

+ | [[JSG T.36|'''JSG T.36: Dense troposphere and ionosphere sounding''']]<br> | ||

+ | Chair: ''Giorgio Savastano (Luxembourg)''<br> | ||

+ | Affiliation: ''Commission 4 and GGOS''<br> | ||

+ | |||

+ | [[JSG T.37|'''JSG T.37: Theory and methods related to combination of high-resolution topographic/bathymetric models in geodesy''']]<br> | ||

+ | Chair: ''Daniela Carrion (Italy)''<br> | ||

+ | Affiliation: ''Commission 2 and GGOS''<br> |

## Latest revision as of 14:06, 11 June 2020

## Joint Study Groups

**JSG T.23: Spherical and spheroidal integral formulas of the potential theory for transforming classical and new gravitational observables**

Chair: *Michal Šprlák (Czech Republic)*

Affiliation: *Commission 2 and GGOS*

**JSG T.24: Integration and co-location of space geodetic observations and parameters**

Chair: *Krsyzstof Sośnica (Poland)*

Affiliation: *Commissions 1, 2, 3 and 4, GGOS*

**JSG T.25: Combining geodetic and geophysical information for probing Earth’s inner structure and its dynamics**

Chairs: *Robert Tenzer (Hong Kong)*

Affiliation: *Commissions 2 and 3, GGOS*

**JSG T.26: Geoid/quasi-geoid modelling for realization of the geopotential height datum**

Chair: *Jianliang Huang (Canada)*

Affiliation: * Commission 2 and GGOS*

**JSG T.27: Coupling processes between magnetosphere, thermosphere and ionosphere**

Chair: *Andres Calabia (China)*

Affiliation: *Commission 4 and GGOS*

**JSG T.28: Forward gravity field modelling of known mass distributions**

Chairs: *Dimitrios Tsoulis (Greece)*

Affiliation: *Commissions 2 and 3, GGOS*

**JSG T.29: Machine learning in geodesy**

Chairs: *Benedikt Soja (Switzerland)*

Affiliation: *Commissions 2, 3 and 4, GGOS*

**JSG T.30: Dynamic modelling of deformation, rotation and gravity field variations**

Chair: *Yoshiyuki Tanaka (Japan)*

Affiliation: *Commissions 2 and 3, GGOS*

**JSG T.31: Multi-GNSS theory and algorithms**

Chair: *Amir Khodabandeh (Australia)*

Affiliation: *Commissions 1 and 4, GGOS*

**JSG T.32: High-rate GNSS for geoscience and mobility**

Chair: *Mattia Crespi (Italy)*

Affiliation: *Commissions 1, 3 and 4, GGOS*

**JSG T.33: Time series analysis in geodesy and geodynamics**

Chair: *Wieslaw Kosek (Poland)*

Affiliation: *Commissions 1, 3 and 4, GGOS*

**JSG T.34: High resolution harmonic analysis and synthesis of potential fields**

Chair: *Sten Claessens (Australia) Yoshiyuki Tanaka (Japan)*

Affiliation: *Commission 2 and GGOS*

**JSG T.35: Advanced numerical methods in physical geodesy**

Chair: *Robert Čunderlík (Slovakia)*

Affiliation: *Commission 2 and GGOS*

**JSG T.36: Dense troposphere and ionosphere sounding**

Chair: *Giorgio Savastano (Luxembourg)*

Affiliation: *Commission 4 and GGOS*

**JSG T.37: Theory and methods related to combination of high-resolution topographic/bathymetric models in geodesy**

Chair: *Daniela Carrion (Italy)*

Affiliation: *Commission 2 and GGOS*