comandi vocali in movimenti 3 assi

💡 Voice-Controlled 3D Movement Projects

If you're looking to explore systems that allow for voice commands to control movement in three-dimensional spaces, you have some intriguing options here. Notably, these projects are at the cutting edge of blending robotics and voice interaction, although they currently have limited adoption.

1. JARVIS-3D ✅

• Stars: 1
• Language: TypeScript
• Last Push: 50 days ago
• Open Issues: 0
• Maintenance: Actively maintained
• Description: A browser-based multimodal 3D interaction system that allows users to control virtual environments via voice commands, gestures, and custom inputs. Supports object creation, movement, and intelligent placement.
• Key Features:
  • Utilizes natural language processing for commands.
  • Integrates with various control methods.

2. Robotic_Arm ✅

• Stars: 1
• Language: Jupyter Notebook
• Last Push: 83 days ago
• Open Issues: 0
• Maintenance: Actively maintained
• Description: A 4 DOF robotic arm project that allows for control using a voice recognition website, complemented by interactive simulations for movement visualization.
• Key Features:
  • Interactive Inverse and Forward Kinematics website.
  • Current STL files and CAD models available.

3. VRTombHorror ⚠️

• Stars: 1
• Language: Unknown
• Last Push: 3046 days ago
• Open Issues: 0
• Maintenance: Stale
• License: Apache-2.0
• Description: A virtual reality game featuring voice commands for interaction, situated within an immersive pharaonic-themed environment.
• Key Features:
  • Engaging puzzles based on exploration and problem-solving.
  • Requires VR glasses for full experience.

Key Takeaways

• JARVIS-3D and Robotic_Arm are the most viable options for using voice commands in 3D movement contexts, both actively maintained and with no open issues. VRTombHorror, while an interesting project, is dormant and may not be suitable for current needs.
• For voice control in robotics and 3D interaction, JARVIS-3D is highly recommended for its comprehensive feature set, while Robotic_Arm provides practical applications in a hardware setting.

Choose JARVIS-3D if you want a rich interactive environment, choose Robotic Arm if you’re interested in physical robotics projects.