Electromagnetic Repeaters TRIZ Cases
- MEMS Intelligent Surface Beam Steering for Obstacle-Limited FSO Links
MEMS intelligent surfaces steer and reflect free-space signals around obstacles, extending FSO coverage with fewer nodes and lower path-loss.
- Optical Repeater Monitoring via Buffered Low-Speed Data Reporting
Buffered monitoring data lets an optical repeater handle high transmission rates with simpler low-speed control and lower power use.
- Reach Extender Topology Mapping for Long-Distance PON Fault Management
Long-distance PONs use reach-extender identity and timing reports to map ONU links, locate faults, and manage protection switching.
- LEO Constellation Datacenter With Laser Transfer for Geo-Restricted Data
A dynamic LEO datacenter transfers restricted data by laser between satellites to maintain geo-location compliance despite orbital movement.
- Optical Signal Power Estimation Using Deep Learning
Deep learning models estimate optimal optical signal transmission power, preventing excessive output and signal distortion in transmission networks.
- Optical Repeater Chromatic Dispersion and Phase Conjugation
An optical repeater performs chromatic dispersion compensation and phase conjugation processing on electrical signals.
- Relay System Wavelength Conversion for Optical Latency Reduction
A relay system converts data into optical signals with varying wavelengths based on transmission destinations.
- Multi-Route Optical Amplifier Gain Control
Multi-route optical amplifiers select specific EDFA paths to reduce gain deviation and improve noise figure stability.