衛星大地測量

1. Coordinate and time systems for satellite observations (衛星觀測之坐標和時間系統) 2. Satellite orbit dynamics and GPS orbit determination (衛星軌道動力學和GPS定軌) 3. Satellite observation concepts and sensors (衛星觀測概念和傳感器) 4. Satellite Doppler positioning: the French approach (都普勒定位) 5. Satellite laser ranging and very long baseline interferometry: defining geocentric coordinate system, earth's rotation speed; imaging blackholes (衛星雷射測距和超長基線干涉定義地心坐標系及黑洞攝影) 6. Satellite radar and laser altimeters: sensing marine gravity, ocean circulation, sea level change and glacier melt (衛星測高偵測海洋重力,海平面變化以及冰川融化) 7. Satellite gravity mission GRACE: detecting changes in global climate and water resource (衛星重力探測全球氣候和水資源變化) 8. Satellite-borne interferometric synthetic aperture radar (InSAR): monitoring land subsidence and surface deformations (衛星合成孔徑雷達監測地層下陷和地表變形)

Calculus

Teaching assistants will demonstrate proposed solutions and computer programs for problems in homework assignments.

Homework: 40%. Midterm exam: 30%. Final exam: 30%

1. NCTU lecture notes and supplementary materials for satellite geodesy 2. Seeber, G., Satellite Geodesy, 2nd edition, Walter De Gruyter, Berlin/New York, 2003. 3. Resources from the web sites of international services of satellite missions, such as NSPO, NASA, ESA and JAXA.

地點

EB 210

時間

4-5 PM, Wednesday

聯絡方式

extension 54937 and email at cheinway@nctu.edu.tw