WIMAX 802.16 (E)
[ Course content ] [ Inhouse & Customization ]
No open courses found    
If you are interested in the WIMAX 802.16 (E) course, fill out the form and we will contact you.
Name:
Phone:
Company:
E-mail:
Message:
Course title WIMAX 802.16 (E)
 
Course description The nodes and fundamental procedures for IEEE 802.16-2004 and IEEE 802.16e are explained. The network design principles and the architecture of WiMAX are explained in details. Radio principles and access solutions are discussed, as well as security. The availability for IEEE 802.16e to support mobility and Quality of Service, is studied.
 
Who would benefit Those working in the area and require an understanding of the WiMAX technology, its structure and elements. Suitable for engineers and R&D managers.
 
Prerequisites Basic experience of IP networks is an advantage but not compulsory.
 
Length 2 days
 
Course content
  • IEEE 802.16 standards & Evolution
  • Network Architecture
  • Service Specific Convergence Layer
  • Medium Access Control Layer
  • Security Sublayer
  • Physical Layer
  • Configuration
  • Parameters and constants
  • TLV Encodings
  • System profiles
 
Detailed course program IEEE 802.16 standards & Evolution
  • WiMAX forum
  • The Interoperability challenge
  • LAN/MAN/WAN concepts
  • WiMAX amongst other BWA techniques
  • Basic concepts of 802.16-2004 and 802.16e
  • Regulations and frequency spectrum
Network Architecture
  • Nodes, subscriber station and base station
  • Protocols
  • Network topology, hotspots, ?last mile? broadband connection, cellular backhaul and mobility
  • Network management, RF, coverage and capacity planning
Service Specific Convergence Layer
  • Packet CS
Medium Access Control Layer
  • Point-to-Multipoint
  • MAC frame structure and MAC header formats
  • Scheduling and QoS services
  • Bandwidth allocation and request mechanisms
  • Network entry and initialisation
  • Access methods
  • Ranging, uplink and downlink
  • MS Modes
  • Handover procedures
  • Handover modes, soft-handover, fast base station switching and BS requested handovers
Security Sublayer
  • Data encryption
  • Key management protocol
  • Security Association
  • Authorisation and Traffic encryption key exchange
Physical Layer
    Physical layer 802.16-2004
  • Time division Duplexing
  • Frequency Division Duplexing
  • Modulation
  • Forward error correction
  • Transmit processing
    Physical layer 802.16e
  • WirelessMAN-SCa
    Transmit processing
  • WirelessMAN-OFDM
    Randomization
    Frame structure
    MAP message fields
    Power control
  • WirelessMAN-OFDMA
    Frame Structure
    Map message fields
    OFDMA subcarrier allocations
    OFDMA ranging (initial/handover)
    Transmit diversity
    Channel Coding (Randomization, Encoding, Modulation, HARQ)
    Control Mechanisms (Power control)
    Transmitter and Receiver Requirement
Configuration
  • SS IP addressing
Parameters and constants
  • Values, Addresses and Identifiers
TLV Encodings
System profiles