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Teleoperated vehicles over 5G face reliability issues due to reactive handovers. We propose a deep learning framework using time-series radio data to predict handover onset, target cells, and link quality. These forecasts enable proactive actions like bandwidth scaling or control rate adjustment to ensure stability.

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deepfusion_v1

Teleoperated vehicles over 5G face reliability issues due to reactive handovers. We propose a deep learning framework using time-series radio data to predict handover onset, target cells, and link quality. These forecasts enable proactive actions like bandwidth scaling or control rate adjustment to ensure stability.

About

Teleoperated vehicles over 5G face reliability issues due to reactive handovers. We propose a deep learning framework using time-series radio data to predict handover onset, target cells, and link quality. These forecasts enable proactive actions like bandwidth scaling or control rate adjustment to ensure stability.

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1 watching

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