Syllabus

  • Overview
    • The difference between wired and wireless communications
    • Wireless Spectrum
  • Mathematical Background
    • Probability and Stochastic Process
    • Fourier Transform
  • Modern Wireless Technologies
    • Cellular technologies
    • WiFi
    • Low-power wireless technologies
    • Vehicular Networks
    • Ultra Wide Band
  • Introduction to the experimental platform – Firefly
    • Programming environment for Firefly
    • Firefly Hardware
    • API overview
    • Demostration
  • Large-scale Fading
    • Free-space propagation
    • Ray tracing
    • Shadow fading
    • Antenna
  • Small-scale Fading
    • Channel time dispersion
    • Channel time variation
    • Narrowband fading models
  • Digital Modulation
    • Signal space analysis
    • Passband modulation
    • Amplitude and phase modulation
    • Frequency modulation
    • Pulse shaping
    • Performance analysis of digital modulation
  • Multiuser systems
    • Carrier Sensing Multiple Access
    • Time Division Multiple Access
    • Hidden terminal/exposed terminal problem
    • Spread Spectrum
    • Power control and capacity in cellular networks
  • Routing in mobile ad hoc wireless networks
    • Mobile Ad Hoc Wireless Networks
    • Review: Internet routing protocols
    • Destination-Sequenced Distance Vector Routing
    • Ad hoc On-demand Distance Vector Routing
    • Dynamic Source Routing
  • Other topics in wireless networks
    • Wireless channel measurements
    • Network simulations
    • Equalization
    • TCP over Wireless
    • Rate Adaptation
 
wn_11fall_syllabus.txt · Last modified: 2011/09/14 23:16 by hsinmu · [Old revisions]
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