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PCDA SLAM-based Technology for Point Cloud and Trajectory Optimization for Airborne, Land & Indoor Applications in GNSS-denied Environments

PCDA SLAM-based Technology for Point Cloud and Trajectory Optimization for Airborne, Land & Indoor Applications in GNSS-denied Environments

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Optimizing the Accuracy & Efficiency of Mobile Mapping & Survey using the Latest GNSS Constellations, Frequencies & LiDAR Adjustment Tech
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On a Straight Trajectory: Mobile Mapping

Most Recent Resources

6 days ago
Roter Precision Instruments Achieves Centimeter-Level Rail Data with Applanix Technology for Quality, Maintenance, and Asset Management

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Trimble Applanix Delivers Inertial Navigation System for Fully GNSS-Denied Subterranean Environments

Applanix’s LiDAR navigation solution uses its proprietary real-time simultaneous localization and mapping (SLAM) engine to operate without a GNSS signal

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No longer under the radar – Leading tech pioneer in India reaches new heights

Discover how Sisir Radar, a leading tech pioneer in India, achieved groundbreaking success in synthetic aperture radar (SAR) technology with Trimble's navigation systems.

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Eye on the prize – How a Swiss aerial mapping maverick embraced innovative direct georeferencing technology

Discover how Swiss aerial mapping pioneer X-Eye AG transformed the industry with Trimble’s Applanix AP+ GNSS-inertial solution.

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Highly Accurate Positioning Data Delivers Results with Trimble Mobile Mapping

C2L Equipment in Korea integrated Trimble Applanix AP+ Land with their high-res camera system, providing high-accuracy mapping data and cost savings for TMap Mobility.

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Achieving Centimeter-Level Accuracy in Crewed Airborne Surveys with Trimble's Applanix IN-Fusion PP-RTX Technology

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Trimble IonoGuard: Overview and Performance in Applanix POSPac Post-processing

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Using Post-processed CenterPoint RTX Fast Positioning for Highly Accurate UAS Based Mapping & Surveying Without GNSS Reference Stations

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Centimeter-level Robust GNSS-aided Inertial Post-processing for Mobile Mapping without Local Reference Stations

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High Accuracy Direct Georeferencing of the Altum Multi-spectral UAV Camera and its Application to High Throughput Plant Phenotyping

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Optimizing the Accuracy & Efficiency of Mobile Mapping & Survey using the Latest GNSS Constellations, Frequencies & LiDAR Adjustment Tech

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On a Straight Trajectory: Mobile Mapping

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7 months ago
New Development Platform for Autonomous Vehicles

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7 months ago
Trimble Applanix and PhaseOne: High-precision Fully Integrated Airborne Digital Mapping Systems – State of the Art and Performance

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7 months ago
UAV Multi-Sensor Payloads for High-precision Aerial Surveys

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7 months ago
Applanix LiDAR QC Tools: The Ultimate Point Cloud Adjustment

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7 months ago
Robust Inertial Post-processing Aided by Trimble Propoint GNSS Technology for Urban HD Mapping and Autonomous Navigation

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Geospatially Enabled Airborne Rapid Response Systems: Design, Calibration and Performance Analysis

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The Next Generation Vexcel Imagine 3D City Modelling Using Directly Georeferenced Data

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Trimble and Drone Deploy: Assessing high accuracy surveys and defining where and when to use RTK vs PPK

Discover how DroneDeploy and Trimble Applanix’s PPK and RTK workflows enable high-accuracy drone mapping.

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