This webpage is a compilation of the film learning resources related to the course of this semester, which is conducive to the self-learning or after-school review. The traditional memorization and calculation learning can be replaced by image and situational learning, and thus the basic principles of the course can be understood more effectively, as well as its applications.
- Introduction to Wireless Communication
Reference Web: Wireless Communication Tutorial; Microwave Engineering Tutorial
How Digital Communication Works |
How does your mobile phone work? |
Mobile Communications |
How WiFi and Cell Phones Work
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Understanding Spectrum! |
Understanding Modulation
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Internet & Telecommunication Technology | Preview |
How does Satellite
Television work? |
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How does the INTERNET work? |
Understanding Routing!
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How do Satellites work? |
Optical fiber cables,
how do they work? |
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mmWave massive MIMO for wirelessand broadband |
Comba 5G Massive MIMO
Antenna & 3D Beamforming |
Everything You Need to Know About 5G |
Animating 5G:
Millimeter Wave |
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Natural waves simulation |
Varying short delays
multipath channel |
Time-frequency selective channel |
Effect of delay diversity
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- Complex number
Text Book: Complex Analysis, John H. Mathews, Russell W. Howell.
Reference Web: Essence of calculus; Mathematics
Reference Web: Essence of calculus; Mathematics
Fourier Series Square Wave | 可視化的傅里葉變換 | Fourier Transform, Fourier Series, and frequency spectrum | Imaginary Numbers, Functions of Complex Variables |
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Laplace Transform Explained and Visualized Intuitively |
Resonance Circuits: LC Inductor-Capacitor Resonating Circuits | Transmission Lines - Signal Transmission and Reflection | 摺積(捲積)與單位脈衝響應 |
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