| Satellite remote sensing 
                    techniques have long been developed to understand diverse 
                    oceanographic and atmospheric processes which are responsible 
                    for the current environmental changes of the earth as well 
                    as future climate change. The ocean is one of the largest 
                    reservoirs of heat on the earth which ultimately affects our 
                    lives by controlling the atmosphere and earth environment 
                    through multiple air-sea interactions and feedback mechanisms. 
                    Understanding and predicting the changes in the ocean environment 
                    requires high quality earth/ocean observational data and in-situ 
                    measurements. Numerous satellites and sensors have provided 
                    us with a large amount of satellite measurements of the ocean 
                    and earth. Such a tremendous satellite database has given 
                    us an opportunity to investigate spatial structures of oceanic 
                    phenomena and their temporal changes over the decades. Satellite 
                    oceanography requires diverse skills and abilities from researchers 
                    in terms of computer programming, high level mathematics and 
                    physics, and a deep knowledge of the specific subjects involved. 
                   This summer school intends to help and motivate 
                    postgraduate students, early-career scientists, and other 
                    professionals as well as newcomers to satellite oceanography 
                    by providing basic knowledge of remote sensing for advanced 
                    applications. The 4-day summer school will cover satellites 
                    and sensors, the principles of deriving oceanic parameters 
                    from satellite data in the three major areas (optical, infra-red, 
                    and microwave) of satellite oceanography. Courses will be 
                    composed of lectures, seminars, and hands-on training in satellite-data 
                    receiving procedures (e.g. NOAA/HRPT), including data calibration, 
                    image processing, and examples of application case studies. 
                    Specifically, some portion of this summer school will be devoted 
                    to introducing the first Korean Geostationary Satellite, “COMS”, 
                    which will be launched just before the summer school in 2009. It is recommended that participants preview 
                    fundamental Linux or Unix commands before the summer school. 
                   The official language of the school is English.
 
 |