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Knowledge base · Apr 2019
How do I survey a tailings storage facility with a USV?
Knowledge base · Apr 2019
What is an RTK tide, and how is it applied?
Knowledge base · Jan 2019
How do I use network RTK (NTRIP) with the CEESCOPE™?
Knowledge base · Aug 2018
What should I know before surveying with the CEE-LINE™?
Knowledge base · Jun 2018
Using the CEESCOPE-R™ with WiFi and SBG Systems Ellipse2-E Motion Reference Unit for Jet Ski Surveys
The CEESCOPE-R™ is a unique echo sounder system that adds WiFi connectivity and a convenient Motion Reference Unit / Inertial Navigation System interface. With few cables and a highly streamlined setup, the system is ideal for surveying in challenging environments such as the surf zone on a personal watercraft (Jet Ski).
Knowledge base · May 2018
How do I use the CEESCOPE™ with RosePoint ECS and Hydromagic at the same time?
Knowledge base · Mar 2018
Can I use a different brand of UHF base station with the CEESCOPE™ RTK?
Knowledge base · Mar 2018
Survey Notes Which HYPACK Drivers to Use with the CEESCOPE and CEE ECHO
Because of the unique time-stamped data output of the CEESCOPE™ and CEE ECHO™,
HYPACK software offers two driver configurations, with survey timing based either on “CEE time”
or “PC time”. In both cases the CEESCOPE driver is used for the sounding data however a special
version of the GPS-NMEA0183 driver is available to access the CEE timing benefits. It is
recommended that users select the special “CEE time” configuration in all cases except when
ancillary equipment with no time-stamped output such as a side scan sonar is used
simultaneously. It is important to use “CEE time” when recording telemetered data in HYPACK
Knowledge base · Mar 2018
How do I connect the CEE-LINE™ to a Trimble TSC3?
Knowledge base · Feb 2018
How the CEE-USV™ Uses Exact Time-Stamped Data to Prevent Telemetry Errors
In order to maintain exceptional data quality with telemetered data when using the CEE-USV™ unmanned survey boat, the CEESCOPE LITE™ echo sounder applies a precise time tag to all data recorded internally and output to the shore over the radio. The results of a field test using the latest HYPACK® driver are shown.