The technology of ground penetrating radar or GPR is implemented using the help of GPR software which interprets the information sent. This article covers more details about what the software can do.
It can recreate the data it receives and use specific algorithms for revealing that data onscreen. It can make sense out of the most complex imagery it picks up underground. Researchers and construction personnel use this software because it helps reveal any hidden rebar or other items that could get in the way of a new building or infrastructure.
One of the best software packages is GPR Slice which features a unique ability to combine the structural imagery it perceives at different depths and relays it into readable maps. It can provide 3D slices of tunnels or cylindrical structures. It also allows viewers to do real-time flythroughs to see all the details of anything underground, underwater or under icy conditions.
There are several top-quality GPR software packages available. Vector navigation is a major feature to look for in a quality package. This allows a view to being done in tilts, pitches and any other way that will help a surveyor create a detailed, topographically correct rendering of the area being worked on.
Some GPR projects are done to determine if anything exists underground such as burial sites. These are crucial to finding before any digging or building is done above ground. The software can make a map of any of these items allowing them to be located easily as construction begins. Keeping these sites protected is one of the most important byproducts of the software maps and imaging.
As software advances are made the programs available will become more sophisticated. The first major advance was vector imaging back in 2009. Today, the software is being upgraded to do 4D monitoring. This type of monitoring shows any changes to a site that have been done over time. Users can view any changes when monitoring infrastructures like railway systems or runways.
The technology of ground penetrating radar is an established technique that allows engineers, surveyors, construction companies and even archaeologists view the surface below ground. The technology is useful for avoiding rebar or underground utility lines before a building or rail line is constructed.
When choosing software, it is important to find the one package that works for the needs you have. Concrete GPR cutting is common in municipalities. The software chosen for this need would need to focus on creating imagery that keeps cutting from affecting utility lines. Expanding a commercial property may entail using GPR programs that search for any below ground structures like gravesites and more.
This type of technology can also spot gas and electric lines which should be kept intact before any major digs occur. GPR is a great technology but it cannot work without the best type of software available. The software is as important in the scanning, mapping, and cutting as the radar itself. Choosing the latest software is best if you wish to get the most detailed imagery and information possible from it.