Real-time acoustic and electronic systems suffer from inherent phase lags and processing delays. Eliminating these delays prevents feedback instability and ensures temporal synchronization in high-fidelity audio and medical delivery devices.

Suboptimal spatial arrangement of transmission nodes leads to dead zones and signal interference. Proper node positioning ensures reliable connectivity and uniform power distribution across complex network topologies.

High latency and synchronization errors in wireless or modular audio systems degrade real-time performance. Reducing transmission delay ensures high-fidelity temporal alignment in acoustic signals.