Fiber Optic Communications
Course overview Offering: Self-Paced (2020) Section: Default
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Unit 1: Optical Fibers
Lectures
- L1.1: Overview of Fiber Optics
- L1.2: Multi-mode/Single-mode Fibers
- L1.3: Grated Index (GRIN) and Step Index Fibers
- L2.1: Fiber Modes
- L2.2: System Components
- L2.3: Modulation
- L2.4: Multiplexing
Unit 2: Fiber Equations and Networking
Lectures
- L2.1: Fiber Modes
- L2.2: System Components
- L2.3: Modulation
- L2.4: Multiplexing
Unit 3: Optical Transmitters
Lectures
- L3.1: Einstein Coefficients
- L3.2: Semiconductor Photonics
- L3.3: Light Emitting Diodes
Unit 4: Lasers
Lectures
- L4.1: Laser Principles
- L4.2: Laser Transistions
- L4.3: General Rate Equations
Unit 5/6: Semiconductor Lasers
Lectures
- L5.1: Amplification
- L5.2: Lasing Conditions
- L6.1: Quantum Confienment
- L6.2: Functionality
Unit 7: Optical Telecommunications System Limitations
Lectures
- L7.1: Optical Telecommunications Links
- L7.2: System Limitations
Unit 8: Optical Amplifiers
Lectures
- L8.1 Optical Amplifier Principles
- L8.2: Optical Amplifier Hardware
Unit 9: Wavelength Division Multiplexing
Lectures
- L9.1: WDM Principles
- L9.2: WDM Hardware
- L9.3: Hybrid Packet/Optical Networks
Unit 10: Modulation Formats
Lectures
- L10.1: CDM, TDM
- L10.2: ASK, PSK, and FSK
Unit 11: Networking Growth
Lectures
- L11.1: Upgrading Existing Network Hardware
- L11.2: Improved Communications Protocols
- L11.3: Novel Network Conceptsl
Unit 12: On-Chip Interconnects
Lectures
- L12.1: Guided Wave Interconnects
- L12.2: Photonic Crystals
- L12.3: Photonic Waveguides
- L12.4: Photonic Slabs
Unit 13: Quantum Key Distributions
Lectures
- L13.1: Classical Cryptography
- L13.2: Quantum Key Distributions
Unit 14: Quantum Networks
Lectures
- L14.1: Quantum Networking Fundamentals
- L14.2: Quantum Repeaters
- L14.3: Quantum Teleportation
- L14.4: Quantum Compution
Welcome
Lectures
- Overview