Without a model number to research, I can't answer about a specific device, but most USB connected gps will create a comm port and transmit standard nmea position data (same as ez-b needs). The only exception I am aware of is 1st generation Delorme Earthmate which had a proprietary protocol and only worked with Delorme software.

So, in simple terms, yes probably. Try it and see

Alan

Thank You, Alan

Why did you post this in project showcase?

oh my goodness! I thought I had posted it in general discussions.

sorry. Feel free to erase it. But, if you want to answer the question, I would apreciate it.

Thanks for letting me know.

eek

Press the ? button beside the X on the GPS control to read more information: https://synthiam.com/Tutorials/Help.aspx?id=172

Short answer is that you will need to use the GPS EZ-Script commands to make it work. GPS accuracy is pretty terrible :)

Thank You, D.J. :D

"GPS accuracy is pretty terrible" Depends on your GPS, and depends on your accuracy needs. If you have a smartphone, they use "assisted GPS" that combines position data from cell tower triangulation with GPS data for a faster fix and more accurate positioning. There are drivers available to let a PC see that as NMEA data over a comm port, and the accuracy is within a few feet. (can easily determine which side of the road I am on , and whether I am in the road or walking on the sidewalk)

Most modern standalone GPS devices now have WAAS assistance data, but need a clear view of the southern sky and the data is better near major airports and population centers (the data is received by the GPS from a geostationary satellite, but is provided by ground stations at airports, and the further you are from the airport, the worse the data is

WAAS accuracy with a clear view of the sky and visibility towards the southern horizon is under 2 meters.

If you are near a coast or navigable river, investing in a DGPS receiver (attaches to your GPS external antennae port may be a worthwhile investment. It provides similar accuracy to WAAS when in motion, and if stationary you can get live accuracy down to under 1/3 meter and with post processing down to 1-2 centimeters (although post processing is too slow for any robotics application).

Without and of these corrections, accuracy is between 2 and 15 meters, but generally closer to 2-3 with a clear view of the sky and at least one horizon for the (the further apart the satellites you are using for a fix are from each other, the better the accuracy, and you get the best altitude accuracy from birds near the horizon)

I won't get into the new Class III satellites or military devices which make use of a second signal on a different frequency since there really aren't any class III receivers available yet, and not enough birds up to make it useable, but in a few years, we'll have sub-meter accuracy on consumer grade devices standard.

All that being said, if the device @Moviemaker is asking about is the one I suspect it is, I would expect 2-15 meter accuracy from it as it has none of the corrective features I mentioned.

Alan