Robotic Arm Control Report Upgrade
Budget: $30 – $80 USD
I have already built and tested my senior design project, “AI-Enhanced Robotic Arm Control Using EMG Signals.” What I now need is a polished, technically rigorous section of the final report that concentrates exclusively on the Robotic Arm Movement Control subsystem.
Scope and focus
• Integrate my existing diagrams and schematics, adding clear captions and in-text references.
• Explain in depth how the Raspberry Pi is configured to generate PWM signals, how those signals are routed through the driver board, and how each servo channel is wired.
• Detail the control algorithms I implemented (PID-style smoothing plus gesture-to-joint mapping) and justify their selection in terms of latency and precision.
• Provide power-train context where relevant—e.g., current draw per servo during peak load—to show why the chosen wiring gauge and buck converter ratings are appropriate.
Writing expectations
The tone should match an IEEE-style technical report: concise, third-person narrative, equations where helpful, and references to data sheets or academic sources when they directly support design choices. Please weave in brief explanations of any assumptions so the grader can follow the logic without additional clarification.
Deliverable
A self-contained section (roughly 8–10 pages at 11-pt font, including figures) ready to drop into my full document. Submit it as an editable Word file plus a PDF version to preserve layout.
Scope and focus
• Integrate my existing diagrams and schematics, adding clear captions and in-text references.
• Explain in depth how the Raspberry Pi is configured to generate PWM signals, how those signals are routed through the driver board, and how each servo channel is wired.
• Detail the control algorithms I implemented (PID-style smoothing plus gesture-to-joint mapping) and justify their selection in terms of latency and precision.
• Provide power-train context where relevant—e.g., current draw per servo during peak load—to show why the chosen wiring gauge and buck converter ratings are appropriate.
Writing expectations
The tone should match an IEEE-style technical report: concise, third-person narrative, equations where helpful, and references to data sheets or academic sources when they directly support design choices. Please weave in brief explanations of any assumptions so the grader can follow the logic without additional clarification.
Deliverable
A self-contained section (roughly 8–10 pages at 11-pt font, including figures) ready to drop into my full document. Submit it as an editable Word file plus a PDF version to preserve layout.