The increasing number of GNSS permanent stations both in Italy and around the world can have a huge amount of data that may be monitored continuously and in accurate and precise wise. From some years the calculation approach known as Precise Positioning Point (PPP) constitutes a valid alternative to the differential approach, since it allows to obtain precision and accuracies of the same order of magnitude but in the face of a flexibility of calculation certainly advantageous and computation time significantly reduced. These accuracies are reachable applying an ambiguity resolution strategy and a successive framing approach. As known PPP estimate coordinates of points (GNSS stations) into the same reference frame (RF) of the orbits that can be different from the International or National RF (IGS08 or others). In this work, the computing architecture that allows to manage the monitoring of several networks of permanent stations is shown. This procedure is already running and it will be shown from a 16 GNSS permanent stations network evenly distributed on Italy and neighboring areas in a time window of 11 years.
Procedure Automatiche per il monitoraggio di reti di stazioni permanenti GNSS mediante approccio Precise Point Positioning
GANDOLFI, STEFANO;POLUZZI, LUCA
2013
Abstract
The increasing number of GNSS permanent stations both in Italy and around the world can have a huge amount of data that may be monitored continuously and in accurate and precise wise. From some years the calculation approach known as Precise Positioning Point (PPP) constitutes a valid alternative to the differential approach, since it allows to obtain precision and accuracies of the same order of magnitude but in the face of a flexibility of calculation certainly advantageous and computation time significantly reduced. These accuracies are reachable applying an ambiguity resolution strategy and a successive framing approach. As known PPP estimate coordinates of points (GNSS stations) into the same reference frame (RF) of the orbits that can be different from the International or National RF (IGS08 or others). In this work, the computing architecture that allows to manage the monitoring of several networks of permanent stations is shown. This procedure is already running and it will be shown from a 16 GNSS permanent stations network evenly distributed on Italy and neighboring areas in a time window of 11 years.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
