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Last updated February 1, 2026
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Master-slave electronic controller architecture: BYDRecent Research Landscape

Fragmented electronic control units increase system latency and wiring complexity. Centralizing logic through master-slave domain orchestration reduces hardware overhead and improves data synchronization.

What technical problems is BYD addressing in Master-slave electronic controller architecture?

Distributed control latency bottlenecks

(50)evidences

Loss of vehicle control due to primary electronic hardware malfunction. Redundancy prevents catastrophic system shutdown during operational faults.

Delayed hazard detection latency

(43)evidences

Inconsistent detection and logging of system failures across distributed controller nodes. Reliable error tracking prevents catastrophic hardware failure and reduces maintenance downtime.

Unreliable chip configuration verification

(21)evidences

Inconsistent or incorrect register settings lead to hardware malfunction. Ensuring parameter integrity prevents operational failure in complex controller architectures.

Controller communication latency bottlenecks

(20)evidences

Inconsistent signal timing between master and slave units causes synchronization errors. Reducing these delays ensures real-time responsiveness in safety-critical vehicle systems.