Shakil Tanvir
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Embedded Control for Military Robotics

Embedded Control for Military Robotics

Designing embedded systems for military-grade EOD ROVs including real-time multi-node RS485 communication protocol, motor control, sensor fusion, and field-deployable firmware architecture.

Overview

Embedded systems for military-grade EOD ROVs: real-time multi-node RS-485 communication, motor control, sensor fusion, and field-deployable firmware architecture.

Challenge

Field robots must coordinate many subsystems in real time and keep working when a node fails — reliability, determinism, and fault tolerance are non-negotiable outside the lab.

Approach

  • A custom RS-485 master-slave broadcast protocol for multi-node coordination
  • Real-time motor control and sensor fusion (RTK GPS, LIDAR)
  • A field-deployable firmware architecture built for maintainability

Results

Protocol published as Best Paper, ICCIT 2024; the platform was delivered and field-deployed.

Direction: formal real-time guarantees and tamper-evidence for field buses.

Gallery

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