University of Pretoria
Browse
IMAGE
VRFlyrockBlast0.png (1.46 MB)
IMAGE
VRFlyrockBlast1.png (1.47 MB)
IMAGE
VRFlyrockBlast2.png (1.47 MB)
IMAGE
VRFlyrockBlast3.png (1.47 MB)
IMAGE
VRFlyrockBlast4.png (1.49 MB)
IMAGE
VRFlyrockBlast5.png (1.5 MB)
IMAGE
VRFlyrockBlast6.png (1.49 MB)
IMAGE
VRFlyrockBlast7.png (1.45 MB)
IMAGE
VRFlyrockBlast8.png (1.46 MB)
IMAGE
VRFlyrockBlast9.png (1.48 MB)
IMAGE
0-1Delta.jpg (5.39 MB)
IMAGE
0-2Blur.jpg (770.64 kB)
IMAGE
0-2Grey.jpg (5 MB)
IMAGE
0-3Seg.jpg (568.44 kB)
IMAGE
0-3Thresh.jpg (12.86 MB)
IMAGE
0-4Grey.jpg (471.8 kB)
IMAGE
0-4Mask.jpg (291.32 kB)
IMAGE
0-5ROI.jpg (1.33 MB)
IMAGE
0FlyrockBlast.png (4.2 MB)
IMAGE
1FlyrockBlast.png (4.23 MB)
1/0
31 files

Virtual-reality blast scene modelling and reconstruction

Download all (82.63 MB)
figure
posted on 2022-11-03, 11:56 authored by Martin CoetzeeMartin Coetzee

Mining blast progression as seen from within a virtual-reality environment.

The figures are showing 12 time instances of a mining blast reconstructed by means of photogrammetry.  

Also projected are image segmentation results from various image processing steps. The region of interest extracted is the blast region from the mining blast.  

History

Department/Unit

Electrical, Electronic and Computer Engineering

Usage metrics

    Engineering, Built Environment and Information Technology

    Categories

    Keywords

    MiningRock blastingReconstructionPatternRegion of interest (ROI)Training simulatorsVirtual realityVirtual environment

    Licence

    CC BY 4.0

    Exports

    RefWorks
    BibTeX
    Ref. manager
    Endnote
    DataCite
    NLM
    DC