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б ΰ Ȯ ൿ ä Ȯϴ ΰ߽ κ ߴ. ΰ߽ κ̶ پ ȯ濡 ΰ ִ κ Ѵ.
丶, ü ä Ȯϴ ۾ ൿ ΰ߽ ä Ȯ κ ߿ ߴ.
ä Ȯ , ۾ڴ Ȯ ۹ ν Ȯ ϰ ۹ ϳ ʴ ȮѴ. ̶ Ȯ ۹ 鸮 ִ ۹ 鸲 ϸ鼭 ۹ ̿Ͽ ٸ ۹ Ѵ.
ä Ȯ κ ̷ ΰ ۾ڰ Ȯ ̴ ൿ ʷ ν(perception), Ȯ ȭ(harvesting ordering), (visual servoing), (gripper) ġȯ ۹Ȯ Ѵ.
κ νġ κ ֺ ȯ ȭ ũ ʵ, RGB-D ī ߴ. Ȯ ȭ κ ν ˰ 3 Ȯ η ȭϵ ߴ. Ȯ ۹ 鸮 ȭ ˰ ۹ ۿ ˰ ǽð ϵ ߴ. Ʈ κ ۷ Ȯ ۹ ϰ Ȯ ۹ ؼ ϵ ߴ.
ټ 丶 ̸ ϴ Ʈ ʿ , ſ Ȯ . Ȯ ӵ, Ȯ ϱ ΰ ۾ó ϴ Ȯ κ ļ ϰ ִ.
չ̿ý۱а , ڿ ڻ, ڻ, , , â м翬 ߴ.
о ְ м Computers and Electronics in Agriculture(JCR 0.9%, IF 8.3) Precision Agriculture(JCR 7.8%, IF 6.2) ƴ. ̹ Ʈ ٺó Űű, BK21 4ܰ IT-Bioսý۳ ƴ.
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1. Human-centered Approach for an Efficient Cucumber Harvesting Robot System: Harvesting Ordering, Visual Servoing, and End-effector. Computers and Electronics in Agriculture, 2023
2. A Novel End-effector for a Fruit and Vegetable Harvesting Robot: Mechanism and Field Experiment. Precision Agriculture, 2023
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