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CS 547: Wireless Networking

Objectives

• Ubiquitous access to information, anywhere, anyplace, and anytime, will characterize whole new kinds of information systems in the 21st Century.
• These are being enabled by rapidly emerging wireless communications systems.
• These systems have the potential to dramatically change society as workers become “untethered” from their information sources and communications mechanisms.
• This course introduces broadcast radio networks, cellular networks, ad hoc wireless networks, and satellites systems.
• It explains in detail and depth the design and optimizations of these wireless communications systems.
• As an advanced graduate course, this one will combine extensive reading and discussion of the research literature with in-depth research.
• As prerequisites, the students should have basic knowledge of various wireless systems, fundamentals of graph theory, algorithm designs, geometry, and probability.

Prerequisites

• CS 455.

Syllabus

• Signal-to-Interference Ratio
  • Path Loss Model
  • Cells and Voronoi Diagram
  • Monotonic Property of SIR
  • Extremes of SIR
• Broadcast (Radio, TV) Networks
  • Standards for Radio and TV systems
  • Model of Interferences by Disk Graphs
  • Heuristics for Channel Assignment
• Cellular Networks
  • Cellular Concept and Architecture
  • Cellular Hexagonal Geometry
  • Minimizing Channel Assignment Subject to Co-channel Separation
  • Tiling with Maximal Co-channel Separation
  • Maximal Adjacent-Channel Separation subject to Maximal Co-Channel Separation
  • Weighted Channel Assignment
  • Capacity Expansion by Reuse Partitioning
  • Capacity Expansion by Sectorization
• Ad Hoc (Multihop Packet radio) Wireless Networks
  • Asymptotic Critical Transmission Range for Connectivity
  • Asymptotic Critical Nodal Degree for Connectivity
  • Distributed Construction and Maintenance of Virtual Backbone
  • Energy Efficient Routing
    • Asymmetric vs. Symmetric
    • Unicast
    • Broadcast
    • Multicast
  • Topology Control and Localized Routing
  • Node Scheduling and Link Scheduling
  • Distributed Scatternet Formation in Bluetooth Networks
• Satellite Networks (optional)
  • Satellite Orbits and Systems
  • Switching in the Sky: Satellite Switched TDMA

Edited March 2006 (html, css checks)