語音軟夾

代表系統Featured Systems

語音識別機械手軟夾控制應用Voice-controlled robotic soft gripper

2025國立陽明交通大學National Yang Ming Chiao Tung UniversityHigh priority
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整合語音指令、物件辨識與 ROS 2 MoveIt MTC,讓機器手可依語音任務規劃抓取動作。Integrates voice commands, object recognition and ROS 2 MoveIt MTC so a robot arm can plan and execute grasping tasks from spoken instructions.

專案內容Project scope

  • 系統整合 OpenAI Whisper、Qwen3B 與 YOLOE,將自然語言任務轉為可執行的抓取目標。
  • 使用 PCL 點雲轉換生成夾取姿態,並透過 ROS 2 MoveIt MTC 規劃手臂路徑。
  • 目前紀錄顯示成功率約 90%,整體反應時間約 10 秒。
  • The system integrates OpenAI Whisper, Qwen3B and YOLOE to convert natural-language tasks into executable grasp targets.
  • Point-cloud conversion generates grasp poses, while ROS 2 MoveIt MTC plans arm motion.
  • Recorded tests show approximately 90% success and around 10 seconds of overall response time.

我的工作範圍My contribution

我主要負責Owned

  • ROS 2 通訊設置。
  • 手臂控制。
  • 夾取姿態設計。
  • 夾取流程設計。
  • 將辨識結果銜接至 MoveIt MTC 手臂路徑。

我協作的部分Collaborated

  • 團隊整合 OpenAI Whisper、Qwen3B 與 YOLOE 建立語音指令物件辨識系統。

非我主要負責Not my primary scope

  • 語音與影像辨識模型主要由其他成員負責。

Owned

  • ROS 2 communication setup.
  • Robot-arm control.
  • Grasp-pose design.
  • Grasp workflow design.
  • Connecting recognition results to MoveIt MTC motion planning.

Collaborated

  • The team integrated OpenAI Whisper, Qwen3B and YOLOE for voice-command object recognition.

Not my primary scope

  • Voice and image-recognition models were primarily handled by other team members.

專案影像Project evidence

語音控制軟夾展示環境
語音控制軟夾展示環境Project image 1
手臂控制與系統執行畫面
手臂控制與系統執行畫面Project image 2

技術與回顧Technology and review

ROS 2MoveIt MTCPCLWhisperQwen3BYOLOE
技術深度Technical depth
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個人主責Personal ownership
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展示成熟度Presentation maturity
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