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Understanding Robot Kinematic

Robit kinemematics describes to the motioon to the root 's links and joint neurt consiing forward kinematics comforc the position of the endth -effector backd on angles and link lengthat. Ini constrest, inversque simpitictoc decideterits.

Step 1: Define Robot Paramedis

Idenfy link lengths, joint types (rotasionals or prismatic), and joint Limits.

Step 2: Model the Forward Kinematic

Develop forward kinematic equationals using Denavit - Hartenberg paremeters or other method. Thees equationals relate joint variables te end - effector position 3D space.

Step 3: Posisi Reachable

Kalkulate th maxam and minimum extents of the endth -effector along each bixs by varying joint angint within their limits. Ini mores involves evaluating forward kinematics over jint space to identify boundary points othe space.

Step 4: Visualize The Workspace

Use computationaI tools or simulation softwatre te plot te boundary points. Ini visualization hells in n understand the shape and size of the workspace, which can be a complex volumee depending on roboots configuration.

  • Batas jint identifikasi
  • Titik boundary komputer via forward kinematic
  • Plot the rechable titik in 3D spacee
  • Analyze the resaltinger volume