Appendix C: Calculating GPS Latency
92
17. Calculate the standard deviation of each of the corrected axes (Easting and Northing) and
then calculate the average standard deviation:
18. Now adjust the Latency value (in red) to minimize the Avg Standard Deviation
19. Once you have found the minimum Average Standard Deviation, this is the latency value to
use for this GPS unit.
Summary of Contents for SPIDAR NIC-500s
Page 1: ......
Page 2: ...ii...
Page 4: ...Warranty Confirmation iv...
Page 6: ...vi...
Page 10: ...Introduction 2...
Page 28: ...Getting Started 20...
Page 66: ...SPIDAR Software 58...
Page 78: ...SPIDAR SDK 70...
Page 88: ...Compatibility 80...
Page 90: ...Technical Specifications 82...
Page 102: ...Appendix D GPR Knowledge 94...
Page 106: ...Appendix F Health Safety Certification 98...
Page 114: ...Appendix G GPR Emissions Interference and Regulations 106...
Page 116: ...Appendix H Instrument Interference 108...
Page 118: ...Appendix I Safety around Explosive Devices 110...