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April 26, 2026Transactions of the Society of Instrument and Control Engineers0 citations

Reduction Error of Mobile Robot's Positioning by Splitting UWB Positioning Area into Multiple Coordinate Systems in Overhead-trellis Environment

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RORion OmataKSKei SAWAIKFKosei FUKAI

Key Points

  • To reduce error in UWB positioning for mobile robots operating in overhead-trellis environments by splitting the area into multiple coordinate systems.
  • Proposed a system using UWB for position estimation in trellis environments.
  • Developed a method to split the UWB positioning area into multiple coordinate systems to minimize error accumulation.
  • Evaluated the effectiveness of the proposed method through autonomous movement of the mobile robot.
  • The proposed method significantly reduced the positioning error compared to previous coordinate determination methods.
  • Evaluation showed improved accuracy in the autonomous movement of the mobile robot within the trellis environment.

Abstract

Overhead-trellis environment is an environment where it is difficult to use existing position estimation methods such as satellite positioning systems. To automate farm work in the trellis environment, we proposed an autonomous mobile robot system using UWB as a position estimation method. In order to use UWB positioning system, it is necessary to determine coordinates of UWB devices placed in the trellis environment in advance. In related works, methods were proposed to automatically determine coordinates of UWB devices. In a method of related works, there is a problem that errors in coordinates of UWB devices that are far from the origin accumulate. Therefore, proposed method splits the UWB positioning area into multiple coordinate systems. The effectiveness of proposed method was verified through the evaluation of splitting coordinate system and autonomous moving of mobile robot.

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Cite This Study

Omata et al. (2026) studied this question.

synapsesocial.com/papers/69edab424a46254e215b353fhttps://doi.org/10.9746/sicetr.62.154
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