AN INDEPENDENT FIELD GUIDEAGRICULTURAL ROBOTICS / TOP FARM ROBOTS
Top Farm Robots.

UNIVERSITY / AGRICULTURAL ROBOTICS

University of National and World Economy.

Bulgaria8 papers8 citations

University site ↗

Papers by year

Output over time.

  • 20231
  • 20242
  • 20252
  • 20263

People

Researchers.

  • Georgi Komitov ↗

    5 papers here · 14 citations

  • Vladimir Konstantinov Kotev ↗

    5 papers here · 8 citations

  • Georgi Stanchev

    3 papers here · 6 citations

  • Evgeni Kehayov ↗

    2 papers here · 3 citations

  • Veselin Mengov

    2 papers here · 1 citations

  • Hamed Nozari

    2 papers here · 0 citations

  • Zornitsa B. Yordanova

    2 papers here · 0 citations

  • Ivan S. Ivanov

    1 paper here · 6 citations

  • Kostadin Kostadinov

    1 paper here · 6 citations

  • Georgi Ivanov

    1 paper here · 1 citations

  • Ivan Mitkov

    1 paper here · 1 citations

  • Atanas Sevov

    1 paper here · 0 citations

Papers

Most-cited work.

  • 2023 · Conference paper

    Object Detection And Tracking Approach To Control Of a Mobile Agriculture Robot

    6 citations

    weeding
  • 2025 · Conference paper

    Multifactorial Study of Transverse Static Stability of an Agricultural Robot

    1 citation

  • 2024 · Conference paper

    Automated Control of Soil Aeration Machine to Agricultural Robot

    1 citation

  • 2026 · Article

    An Intelligent LLM–Fuzzy Decision Support and Digital Twin Framework for Adaptive Agricultural Robotics Systems

    0 citations

  • 2026 · Conference paper

    Application of Ordinary Differential Equations for Modeling the Cutting Process in Robotic Harvesting of Fruits and Vegetables

    0 citations

    harvesting
  • 2026 · Article

    Operational Planning of Energy-Efficient Robotic Farming Systems Under Fuzzy Conditions Using Digital Twins

    0 citations

  • 2025 · Conference paper

    Drive System of a 4X2 Agricultural Robot Scheme with an Electronic Differential

    0 citations

    navigation
  • 2024 · Conference paper

    General methodology determination of the total greenhouse gas generated by conventional and robotic crops

    0 citations