FACCHINI, LUCA

FACCHINI, LUCA  

DIPARTIMENTO DI SCIENZE E TECNOLOGIE AEROSPAZIALI  

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Risultati 1 - 11 di 11 (tempo di esecuzione: 0.028 secondi).
Titolo Data di pubblicazione Autori File
A new concept of bi-static radar for space debris detection and monitoring 1-gen-2021 Di Lizia P.Facchini L.Montaruli M. F. +
A new concept of transmitting antenna on bi-static radar for space debris monitoring 1-gen-2022 Montaruli, Marco FeliceDi Lizia, PierluigiFacchini, Luca +
A Software Suite for Orbit Determination in Space Surveillance and Tracking Applications 1-gen-2022 Montaruli, M. F.Purpura, G.Cipollone, R.De Vittori, A.Facchini, L.Di Lizia, P.Massari, M. +
Adaptive Angular Track Estimation for Resident Space Object Orbit Determination 1-gen-2022 Montaruli, M. F.Di Lizia, P.Facchini, L.Massari, M. +
Adaptive track estimation on a radar array system for space surveillance 1-gen-2022 Montaruli, M. F.Facchini, L.Di Lizia, P.Massari, M. +
An Adaptive Approach for the Angular Track Estimation of Resident Space Objects Through Surveillance Radar System 1-gen-2022 Montaruli, M. F.Facchini, L.Di Lizia, P.Massari, M. +
Detection and Effects of Fragmentations in Low Earth Orbit 1-gen-2022 Muciaccia, A.Giudici, L.Montaruli, M. F.Facchini, L.Di Lizia, P.Colombo, C.
GA-based optimal tasking for SST sensor networks in the SENSIT tool 1-gen-2022 Purpura, G.De Vittori, A.Cipollone, R.Facchini, L.Di Lizia, P.Massari, M. +
Observation and Analysis of Cosmos 1408 Fragmentation 1-gen-2022 Muciaccia, A.Facchini, L.Montaruli, M. F.Purpura, G.Colombo, C.Massari, M.Di Lizia, P. +
Resident Space Object Orbit Determination Using a Multireceiver Radar System 1-gen-2021 Montaruli, M. F.Facchini, L.Di Lizia, P.Massari, M. +
Resident Space Object Track Reconstruction Using a Multireceiver Radar System 1-gen-2021 Facchini, L.Montaruli, M. F.Di Lizia, P.Massari, M. +