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How Geovariances tricks its own software Kartotrak for mapping indoor wifi coverage
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Geovariances used Kartotrak.one to map the wifi coverage inside its premises and verify that the transition to a newer wireless networking transmission method has improved the signal across the office and is justified.
INDUSTRIES:
Mining (13)
Nuclear Decommissioning (7)
Oil & Gas (6)
Hydrogeology (5)
Contaminated sites (5)
TAGS:
Background images (1)
Big data (1)
Conditional simulations (6)
Contaminated sites (2)
Contaminated sites management (2)
Drill hole spacing analysis (2)
Facies modeling (2)
Flow modeling (1)
Geological modeling (3)
H2020 INSIDER (1)
Horizon mapping (1)
Hydrogeological modeling (1)
Ice content evaluation (1)
Isatis (11)
Isatis.neo (15)
Kartotrak (6)
Machine Learning (1)
Mapping (3)
MIK (2)
Mineral resource estimation (6)
Monitoring network optimization (1)
Ore Control (1)
Plurigaussian simulations (1)
Post-accidental situation (2)
Python (1)
Recoverable resource estimation (3)
Resource classification (2)
Resource reporting (1)
Resources workflow (3)
Risk analysis (3)
Sampling clustering (1)
Sampling optimization (3)
Sampling strategy (1)
Scripting procedures (3)
Simulation post-processing (1)
Simulation Reduction (1)
Site characterization (2)
Soil contamination mapping (4)
Spatial Sampling Density Variance (1)
Time-to-Depth conversion (1)
Uncertainty analysis (2)
Uniform Conditioning (5)
Variography (2)
Water quality modeling (1)
Workflow automatization (1)
AUTHORS:
DATES:
2022 (2)
2021 (2)
2020 (2)
2019 (8)
2018 (4)
2017 (3)
2016 (3)
Mining (13)
Nuclear Decommissioning (7)
Oil & Gas (6)
Hydrogeology (5)
Contaminated sites (5)
TAGS:
Background images (1)
Big data (1)
Conditional simulations (6)
Contaminated sites (2)
Contaminated sites management (2)
Drill hole spacing analysis (2)
Facies modeling (2)
Flow modeling (1)
Geological modeling (3)
H2020 INSIDER (1)
Horizon mapping (1)
Hydrogeological modeling (1)
Ice content evaluation (1)
Isatis (11)
Isatis.neo (15)
Kartotrak (6)
Machine Learning (1)
Mapping (3)
MIK (2)
Mineral resource estimation (6)
Monitoring network optimization (1)
Ore Control (1)
Plurigaussian simulations (1)
Post-accidental situation (2)
Python (1)
Recoverable resource estimation (3)
Resource classification (2)
Resource reporting (1)
Resources workflow (3)
Risk analysis (3)
Sampling clustering (1)
Sampling optimization (3)
Sampling strategy (1)
Scripting procedures (3)
Simulation post-processing (1)
Simulation Reduction (1)
Site characterization (2)
Soil contamination mapping (4)
Spatial Sampling Density Variance (1)
Time-to-Depth conversion (1)
Uncertainty analysis (2)
Uniform Conditioning (5)
Variography (2)
Water quality modeling (1)
Workflow automatization (1)
AUTHORS:
DATES:
2022 (2)
2021 (2)
2020 (2)
2019 (8)
2018 (4)
2017 (3)
2016 (3)