How avinash0045/optical-multilogic-gate-and-multiplexer-architecture-based-on-cross-phase-modulation-technique works
This repository documents a simulated all-optical logic system: pump and probe signals interact through cross-phase modulation in highly nonlinear fiber, and band-pass filtering selects wavelength-shifted outputs for XOR, AND, OR, and 2×1 multiplexing. The README supports this high-level flow, but no source excerpts are available to establish finer-grained wiring or implementation details.
Main entry points: README.md Band-pass filtering · Optical_Multi-Logic_gate.pdf XOR, AND, OR gates · Optical_Multiplexer.pdf 2×1 multiplexer
Components 7
Optical interaction
- HNLF cross-phase modulation
README.md - Wavelength shifts
README.md - Band-pass filtering
README.md
Logic functions
- XOR, AND, OR gates
Optical_Multi-Logic_gate.pdf - 2×1 multiplexer
Optical_Multiplexer.pdf
Other components
- Pump and probe signals
- Optical logic outputs
README.md
Connections 7
- Pump and probe signals → HNLF cross-phase modulation: interact in
- HNLF cross-phase modulation → Wavelength shifts: generates
- Wavelength shifts → Band-pass filtering: selectively filters
- Band-pass filtering → XOR, AND, OR gates: realizes
- Band-pass filtering → 2×1 multiplexer: realizes
- XOR, AND, OR gates → Optical logic outputs: produce
- 2×1 multiplexer → Optical logic outputs: produces