GPS Positioning Project
Brian Breitsch
The Qualitative Effect of Different GPS Errors
22 December 2017
Weekly Meeting:
3 Days:
2017-02-20
2017-08-20
2017-08-21
5 Positioning Runs
Run 1: almanac satellite position, no corrections
Run 2: add satellite polynomial clock correction
Run 3: add broadcast ephemeris satellite position
Run 4: add Earth rotation
Run 5: add ionosphere correction
Run 6: add relativity clock correction
Run 7: add troposphere model
Station:
NIST in Boulder CO
Mean and Std. Dev. of Position Error W.R.T. NIST 198306.862319 87903.3409582 306677.949275 144048.622435 317618.840979 167605.02529
Run 1:
Mean and Std. Dev. of Position Error W.R.T. NIST 476.269661421 139.42641332 514.16263877 236.589305241 538.067343922 179.397460044
Run 2:
Mean and Std. Dev. of Position Error W.R.T. NIST 31.857384026 2.67559241651 35.6680459113 5.10833952819 35.3038141604 5.06924150551
Run 3:
Mean and Std. Dev. of Position Error W.R.T. NIST 16.1029948498 7.0111680845 14.5124822497 5.3320624913 14.3199561978 5.57533726682
Run 4:
Mean and Std. Dev. of Position Error W.R.T. NIST 9.10222529108 3.39538826706 9.22622136066 5.00421085165 9.52876064037 4.75633994423
Run 5:
Mean and Std. Dev. of Position Error W.R.T. NIST 6.42855753604 2.33638572349 7.01904929192 2.57073017294 6.49407752417 2.44271226774
Run 6:
Mean and Std. Dev. of Position Error W.R.T. NIST 2.53519978239 1.18857023451 3.07295406391 1.76199196065 2.74193467447 1.52215641891
Run 7:
GPS Positioning Project Brian Breitsch The Qualitative Effect of Different GPS Errors 22 December 2017 Weekly Meeting: