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Optical Communication and Networks

Practical project ideas and implementations for hands-on learning

Fiber attenuation measurements

Fiber cutoff wavelength measurements

Fiber diameter measurements

Fiber dispersion measurements

Fiber numerical aperture measurements

Fiber refractive index profile measurements

Fundamental Receiver Operation

Pre Amplifiers

Probability of Error

Quantum Limit

Receiver Configuration

Injection Laser Structures

LED Structures

LEDs

Optical Detectors

Photodetector Noise & S/N

Photodetector Response Time

Sources and Detectors: Introduction

The Semiconductor Injection Laser

Cylindrical fiber: Modes, Mode coupling, Step and Graded index fibers

Electromagnetic mode theory for optical propagation

Optical Communication and Networking: Introduction

Ray theory transmission

Single mode fiber

Broadcast and select WDM Networks

Non Linear Effects on Network Performance

Optical CDMA

Solitons

SONET/SDH

Ultra High Capacity Networks

Wavelength Routed Networks

Attenuation

Dispersion

Fiber alignment and joint loss

Fiber bend loss

Fiber connectors

Fiber couplers

Fiber splices

Intermodal dispersion

Intramodal Dispersion

Linear scattering losses

Material absorption losses in silica glass fibers

Mid infrared and far infrared transmission

Nonlinear effects

Nonlinear scattering losses

Overall fiber dispersion

Polarization