Passivity-Based Control for Cross-Continental Remote Industrial Operations

Allowing specialist engineers in Houston to control subsea robots in the North Sea via satellite links without instability.

Time-Domain Passivity Observers

Continuous energy observers monitor power flow across the communication link. If packet jitter injects artificial energy, variable dampers dissipate the instability within a single control cycle.

Supervisory Shared Autonomy

Low-level collision avoidance and grip stability run autonomously on the remote robot, while high-level tactical tool placement remains under direct human command.

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