Robot ini akan menjadi robot multi-mortal (multi- DOF) roboe sef of all positions td robott endnt-effector can reach. Detering this workspace is estiaI for robobotpret, programmino aciotheo planng reacie.

Understanding Kinematic Aquations

Kinematic equations relates that e jointer of a robot to position and orientation of its end- effector. Theese equations are derived tme robobott 's geometry and oritatiounitero.

Steps To Detertie the Workspace

Itu adalah involves descenal steps:

  • Identifikasi robot kinematic chain and paremeter.
  • Write the forward kinemmatic equations based on the root 's geometriy.
  • Vary each joint variable with ia it s allowable range.
  • Kalkulate the korescording end-effector positions using the kinemmatic equations.
  • Aggregate all positions to visualize or analze the workspace.

Vitalizingg thee Workspace

Ini adalah visualized visualion dan ini adalah visual visual yang mengidentifikasi bahwa e shape and extent of rechable area, which ies upon for task planning collisien.