Kinematic global positioning system precise point positioning (GPS PPP) technology is widely used to the several area such as monitoring of crustal movement and precise orbit determination (POD) using the dual-frequency GPS observations. In this study we developed a kinematic PPP technology and applied 3-pass (forward/backward/forward) filter for the stabilization of the initial state of the parameters to be estimated. For verification of results, we obtained GPS data sets from six international GPS reference stations (ALGO, AMC2, BJFS, GRAZ, IENG and TSKB) and processed in daily basis by using the developed software. As a result, the mean position errors by kinematic PPP showed 0.51 cm in the east-west direction, 0.31 cm in the north-south direction and 1.02 cm in the up-down direction. The root mean square values produced from them were 1.59 cm for the east-west component, 1.26 cm for the south-west component and 2.95 cm for the up-down component.

• Choi, Byung-Kyu(Korea Astronomy & Space Science Institute)
• Roh, Kyoung-Min( Korea Astronomy & Space Science Institute) | Roh, Kyoung-Min
• Cho, Sung-Ki( Korea Astronomy & Space Science Institute) | Cho, Sung-Ki
• Park, Jong-Uk( Korea Astronomy & Space Science Institute) | Park, Jong-Uk
• Park, Pil-Ho( Korea Astronomy & Space Science Institute) | Park, Pil-Ho
• Lee, Sang-Jeong( Chungnam National University) | Lee, Sang-Jeong