Title :
System architecture of the Mediterranean Dialogue Earth Observatory
Author :
El Amrani, Chaker ; Rochon, Gilbert L. ; El-Ghazawi, Tarek ; Altay, Gulay ; Rachidi, Tajeddine
Author_Institution :
Abdelmalek Essaadi Univ., Morocco
Abstract :
A Mediterranean Dialogue Earth Observatory project is under implementation in Morocco. It is led by a group of experts from Turkey, Morocco and the USA. The objective of the project is to facilitate early warning and mitigation of a wide range of biogenic and anthropogenic disasters using remote sensing techniques. Some examples are flooding, storms, forest fires, climate change, recent public health incidents, such as malaria and avian influenza. The observatory comprises a network of real-time satellite remote sensing ground stations, installed at two universities in Morocco, Abdelmalek Essadi and AlAkhawayn, with a geostationary system to collect data from Meteosat geostationary satellite and a tracking station for polar orbiting satellites. The infrastructure includes as well the post processing computer clusters and relevant storage, software and distributional network. Archival and real-time remote sensing utilizing high performance computing clusters, are planned throughout the life cycle of disaster management. In this paper, a description of ground stations will be given, as well as the antennas connectivity and the access to data from partnering universities and collaborating end-users.
Keywords :
climatology; emergency management; fires; floods; health and safety; remote sensing; storms; Abdelmalek Essadi; AlAkhawayn; Mediterranean Dialogue Earth Observatory project; Meteosat geostationary satellite; Morocco; Turkey; USA; antenna connectivity; archival remote sensing; avian influenza; climate change; collaborating end-users; data collection; disaster management life cycle; distributional network; early warning; flooding; forest fires; geostationary system; ground station description; high performance computing clusters; malaria; partnering universities; polar orbiting satellites; post processing computer clusters; public health incidents; real-time remote sensing; real-time satellite remote sensing ground stations; relevant storage; remote sensing techniques; software network; storms; system architecture; tracking station; wide range anthropogenic disaster mitigation; wide range biogenic disaster mitigation; Earth; Educational institutions; Meteorology; Observatories; Real-time systems; Remote sensing; Satellites; Geostationary ground station; Mediterranean Dialogue Earth Observatory; Multi-Telemetry ground station; disaster mitigation;
Conference_Titel :
Geoscience and Remote Sensing Symposium (IGARSS), 2013 IEEE International
Conference_Location :
Melbourne, VIC
Print_ISBN :
978-1-4799-1114-1
DOI :
10.1109/IGARSS.2013.6721228