'L33-Non-linear Schrodinger Equation' Video Lecture

L33-Non-linear Schrodinger Equation

Course: Advanced Optical Communication

Discipline: Electronics and Communication Engineering

Faculty: Prof. R.K. Shevgaonkar

Institute: IIT Bombay

L33-Non-linear Schrodinger Equation - Click on the Video Link shown below to play the video on Youtube. Browse through Advanced Optical Communication (Electronics and Communication Engineering) Video Lectures by Prof. R.K. Shevgaonkar from IIT Bombay through NPTEL.

NEXT LECTURE >> L34-Group Velocity Dispersion (GVD)

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Course Video Lectures L1-Introduction L2-Basics of Light L3-Ray Model -I L4-Ray Model -II L5-Wave Model-I L6-Wave Model-II L7-Wave Model-III L8-Signal Distortion - I L9-Signal Distortion - II L10-Signal Distortion - III L11-Practical issues in Implementation of Fib.. L12-Optical Sources L13-Light Emitting Diodes -I L14-Light Emitting Diodes -II L15-Laser - I L16-Laser - II L17-Laser - III L18-Laser - IV L19-Laser - V + Photon Detector L20-Photo Diodes and Detector Noise L21-Photo Detector L22-Optical Receivers - I L23-Optical Receivers - II L24-Receiver Sensitivity Degradation L25-Fiber Optic Link Design L26-Wavelength Division Multiplexed Systems L27-EDFA L28-Integrated Optics - I L29-Integrated Optics - II L30-Tutorials -I L31-Tutorials -II L32-Introduction to Non-Linear Fiber Optics L33-Non-linear Schrodinger Equation L34-Group Velocity Dispersion (GVD) L35-Self Phase Modulation (SPM) L36-Solitonic Communication L37-Raman Amplifier L38-Cross Phase Modulation and four wave mixi.. L39-Laboratory Experiments -I L40-Laboratory Experiments -II L41-Laboratory Experiments -III