Introducing multi-threaded processing in GPR-SLICE

Multi-threading allows a computer to work on multiple tasks at once. This allows for a significant improvement in data processing speeds.

Introducing the latest version of GPR-SLICE: GPR-SLICE v7.MT!

This new version of the software allows you to use the multi-threaded processing capabilities of modern computer hardware to drastically speed-up the processing of your ground-penetrating RADAR data.

Depending on the computer hardware you have, you may experience a 2x, 4x, 8x, or even 16x improvement in data processing speed!

 

After watching this video, we highly recommend you proceed to the introduction to GPR-SLICE video to learn how to actually perform filters on your GPR data.

To purchase GPR-SLICE software, please see here.

A full list of all GPR-SLICE training videos is available here.

Click here to return to the GPR-SLICE help index.

GPR-SLICE tutorial video: the Colour Transform windows

This video explains the Colour Transform windows used to change the colour scheme and contrast of radargrams and time/depth slices in GPR-SLICE. This is useful to enhance the visibility of certain buried materials (such as strong radar reflectors such as metal pipes and air voids in coffins) in GPR data.

This video builds on the other training videos. Please watch the earlier videos first before watching the video below if you’re not familiar with these menus within GPR-SLICE. A full list of all GPR-SLICE training videos is available here.

To purchase GPR-SLICE software, please see here.

A full list of all GPR-SLICE training videos is available here.

Click here to return to the GPR-SLICE help index.

GPR-SLICE tutorial video: processing drone-mounted Radarteam GPR data in GPR-SLICE

In this video, I explain how to process ground-penetrating radar data collected with a Radarteam-brand GPR antenna that was mounted on a drone/UAV/aircraft, and collected with GPS data.

Please note that Radarteam is a relatively new brand and their firmware seems to be changing rapidly. These instructions are correct at the time of recording, but may be outdated soon thereafter if Radarteam have changed their file format since the video was created.

If you are using a low-frequency antenna (e.g. a 50-100MHz antenna) and collecting GPR data that is extending deep into the ground (e.g. more than five metres deep), the procedure should be slightly different than what is shown in the above video.

Instead, you need to increase the number of slices (in order to decrease slice thickness to something more suitable) and you also need to change some of the gridding parameters (based on your specific flight line-spacing). This is shown in the following video. This is shown in the following video:

After watching these videos, I strongly recommend watching the other GPR-SLICE training videos here, especially the introduction video if you haven’t already watched it.

To purchase GPR-SLICE software, please see here.

A full list of all GPR-SLICE training videos is available here.

Click here to return to the GPR-SLICE help index.