Speed Sensor-Aided Navigation Filter for Robust Localization in GNSS-Denied Mining Environments

The automation of mining haulage vehicles has great potential in terms of safety and economy. The performance of autonomous vehicles depends largely on highly accurate vehicle state information. Deep mines are especially challenging, as satellite-based localization methods are reaching their limits....

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Main Authors: David Benz, Jan-Jöran Gehrt, René Zweigel, Dirk Abel
Format: Article
Language:English
Published: Institute of Navigation 2023-02-01
Series:Navigation
Online Access:https://navi.ion.org/content/70/1/navi.566
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author David Benz
Jan-Jöran Gehrt
René Zweigel
Dirk Abel
author_facet David Benz
Jan-Jöran Gehrt
René Zweigel
Dirk Abel
author_sort David Benz
collection DOAJ
description The automation of mining haulage vehicles has great potential in terms of safety and economy. The performance of autonomous vehicles depends largely on highly accurate vehicle state information. Deep mines are especially challenging, as satellite-based localization methods are reaching their limits. Therefore, we introduce a new navigation filter concept for the precise and robust localization of the haulage fleet that can handle temporary GNSS interruptions in deep open-pit mines. The multi-sensor navigation filter utilizes an inertial measurement unit and is aided by GNSS. We introduce a new optical speed sensor update within the tightly coupled unscented Kalman filter. The speed sensor measures the slip-free two-dimensional speed above ground. The filter was validated with an articulated dumper in a gravel pit. The new filter achieved a mean position error of 0.24 m during a test drive of 190 s with a simulated GNSS outage of 90 s.
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spelling doaj.art-996e2fa89b7b47838f2eb57cb2c17e692023-12-12T17:32:42ZengInstitute of NavigationNavigation2161-42962023-02-0170110.33012/navi.566navi.566Speed Sensor-Aided Navigation Filter for Robust Localization in GNSS-Denied Mining EnvironmentsDavid BenzJan-Jöran GehrtRené ZweigelDirk AbelThe automation of mining haulage vehicles has great potential in terms of safety and economy. The performance of autonomous vehicles depends largely on highly accurate vehicle state information. Deep mines are especially challenging, as satellite-based localization methods are reaching their limits. Therefore, we introduce a new navigation filter concept for the precise and robust localization of the haulage fleet that can handle temporary GNSS interruptions in deep open-pit mines. The multi-sensor navigation filter utilizes an inertial measurement unit and is aided by GNSS. We introduce a new optical speed sensor update within the tightly coupled unscented Kalman filter. The speed sensor measures the slip-free two-dimensional speed above ground. The filter was validated with an articulated dumper in a gravel pit. The new filter achieved a mean position error of 0.24 m during a test drive of 190 s with a simulated GNSS outage of 90 s.https://navi.ion.org/content/70/1/navi.566
spellingShingle David Benz
Jan-Jöran Gehrt
René Zweigel
Dirk Abel
Speed Sensor-Aided Navigation Filter for Robust Localization in GNSS-Denied Mining Environments
Navigation
title Speed Sensor-Aided Navigation Filter for Robust Localization in GNSS-Denied Mining Environments
title_full Speed Sensor-Aided Navigation Filter for Robust Localization in GNSS-Denied Mining Environments
title_fullStr Speed Sensor-Aided Navigation Filter for Robust Localization in GNSS-Denied Mining Environments
title_full_unstemmed Speed Sensor-Aided Navigation Filter for Robust Localization in GNSS-Denied Mining Environments
title_short Speed Sensor-Aided Navigation Filter for Robust Localization in GNSS-Denied Mining Environments
title_sort speed sensor aided navigation filter for robust localization in gnss denied mining environments
url https://navi.ion.org/content/70/1/navi.566
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AT janjorangehrt speedsensoraidednavigationfilterforrobustlocalizationingnssdeniedminingenvironments
AT renezweigel speedsensoraidednavigationfilterforrobustlocalizationingnssdeniedminingenvironments
AT dirkabel speedsensoraidednavigationfilterforrobustlocalizationingnssdeniedminingenvironments