WiMAX Industry

 

 
  Home News White Papers Buyers Guide  


 

Perpetual Solutions

LTE Training

 LTE Technical Overview
 LTE Non-Technical Overview
 LTE Fundamentals
 MIMO and Antenna Technology
 LTE Signalling and Protocols
 LTE Interworking
 LTE Core Network

WiMAX Training

 Radio Principles Fundamentals
 WiMAX Overview
 Understanding WiMAX Wireless
 Implementing WiMAX Networks
 WiMAX, WiFi & Wireless Planning
 Wireless MESH Networking
 WiMAX Fixed BWA

CDMA Training

 CDMA Networking and Security
 W-CDMA for UMTS

IMS, SIP, CAMEL Training

 NGN, IMS, SIP, IN and SIGTRAN
 Next Gen Networks, SIP, SigTran
 IMS & SIP Technical Description

 Intelligent Networks, INAP &
 CAMEL

 Wireless IN and CAMEL
 Mobile IP

Prerequisite Courses

Follow Up Courses

 Request Info/Contact
 

Industry Highlights

3650MHz Band

WiMAX White Papers
WiMAX Company List
WiMAX Trade Shows

WiMAX Jobs

WiMAX Books
WiMAX Buyer's Guide
WiMAX Forums
WiMAX Stocks
WiMAX Market Reports

WiMAX Antennas

 

WiMAX Resources

WiMAX Training

      WiMAX News
      WiMAX Equipment
      WiMAX Billing Solutions
      VoIP over WiMAX
      WiMAX Vendors
      WiMAX Test Tools
      WiMAX Development
      WiMAX RSS Feeds
 

 

 

 WiMAX Buyers Guide

 

WiMAX Hardware

WiMAX Base Station

WiMAX CPE

WiMAX Antenna

WiMAX Equipment

WiMAX Cooling Systems

WiMAX Chips, Chipsets,
Boards & Components

WiMAX Turnkey

WiMAX PtP - Point-to-Point

WiMAX PtMP - Point-to-Multipoint

WiMAX Test Equipment

WiMAX Equipment Distributors

WiMAX Software

WiMAX Billing Software

WiMAX Test Software

WiMAX Mesh Networks

WiMAX Network Monitoring

WiMAX QoS Solutions -
Quality of Service

WiMAX Provisioning
Software

WiMAX Monitoring Software

WiMAX Software Distributors

WiMAX Services

WiMAX Installation
WiMAX Business Case

WiMAX Network Design

WiMAX Hosted Billing

WiMAX Networking

WiMAX WISPs ISPs

WiMAX Integrators

WiMAX Training

WiMAX Consulting

WiMAX Solutions

WiMAX Metro Area Networks (MANs)

WiMAX Campus Area
Networks

Military WiMAX Systems

WiMAX VoIP

WiMAX Backhaul

 

 

Submit your Site

Subscribe

 

 

 

 

 

WiMAX Fixed Broadband Wireless Access (BWA)


Training Course Outline

Course Duration:
5 Days

Training Course Description:
This course is designed to give a very solid understanding of all aspects of the technology released by the IEEE specification board in the form of 802.16 – 2004, 802.16e, 802.16j and 802.16g. It explains and discusses the technologies, components and protocols required to facilitate fixed, mobile, MESH and Multihop relay WiMAX deployments.

This course includes the following modules:

Basic Concepts and Definitions

  • Frequency bands
  • Channels
  • Licensed and license-exempt spectrum
  • Spectrum an standardization
  • Coexistence
  • Types of wireless networks
  • Fixed and mobile networks
  • Nomadic and portable networks
  • Wireless network topologies

Antennas

  • Antenna parameters
  • Directional and sectorised antennas
  • Diversity
  • Frequency
  • Spatial
  • Polarized
  • Angle diversity
  • Multiple antennas
  • Adaptive antenna systems (AAS)
  • Multiple-input, multiple-output (MIMO)
  • Impact of antenna technologies on protocol design
  • Antenna design for fixed and mobile devices
  • Physical (PHY)
  • FEC
  • Single Carrier and multicarrier
  • Duplexing
  • Multiplexing
  • Centralized and distributed multiple access schemes
  • TDMA, FDMA, OFDMA & CDMA
  • Data units
  • Quality of Service (QoS)
  • Medium access control layer (MAC)
  • Fragmentation and packing
  • Automatic repeat request (ARQ)

IEEE 802.16 Architecture

  • Overview of the key features
  • Reference model
  • Base station (BS) and subscriber station (SS)
  • Convergence sublayer (CS) architecture
  • Framing and duplexing
  • Physical slots (PS) and mini-slots
  • TDD & FDD framing
  • Time relevance
  • Subscriber-level adaptive PHY
  • Fixed TDD versus ATDD
  • Framed PHY
  • MAC efficiency
  • MESH
  • Directed mesh
  • Quality of Service (QoS)
  • Security sublayer
  • Automatic repeat request (ARQ)
  • Hybrid automatic repeat request (HARQ)
  • Physical layer (PHY)
  • Multipath mitigation
  • Mandatory and optional components
  • Bit ordering

Convergence Sublayers (CSS)

  • ATM CS
  • Packet convergence sublayer (PCS)
  • Classification
  • Payload header suppression (PHS)

MAC Basics

  • Connections and addressing
  • Service flows and service flow identifiers (SFIDs)
  • CID allocation
  • MAC subheader
  • Stand-alone MAC headers
  • BW request header
  • MPDU header
  • ARQ Feedback
  • Data and management PDU construction
  • ARQ
  • Hybrid ARQ

MAC Operation

  • Network entry and initialization
  • PHY maintenance
  • QoS and service flows
  • Clock comparisons
  • ARQ operation
  • HARQ operation

Security

  • Security associations (SAs) and cryptographic suites
  • Key management

MESH

  • Introduction
  • Logical mesh
  • Directed mesh and point-to-point (PtP)

PHY: Wirelessman-SC

  • Frame structure
  • DL channel encoding
  • UL channel encoding
  • Control mechanisms
  • WirelessMAN – Sca

The Physical Layer

  • The function of the physical layer
    • OFDM: Orthogonal Frequency Division Multiplexing
    • TDD & FDD
  • Adaptive Antenna Systems (AAS)
  • WiMAX Variants
    • OFDM Variants 2-11 GHz
    • Single Carrier (SC) Variants

PHY: Wirelessman-OFDM

  • Waveform construction
  • Frame structure
  • Channel encoding
  • Control mechanisms

Multiple Antenna Systems

  • Adaptive antenna systems (AAS)
  • Open-loop transmit diversity
  • STC support in OFDM PHY
  • STC, FHDC and MIMO support in OFDMA PHY
  • Closed-loop transmit diversity
  • Pre-coding
  • Antenna selection
  • Antenna grouping

Wireless MESH Networks

  • Issues and solutions
  • Multiradio Multichannel Mesh Networks
  • IEEE 802.11-based Wireless Mesh Networks
  • Protocols
  • Routing protocols
  • Medium Access Control in Wireless Mesh Networks
  • Security in Wireless Mesh Networks
  • Scalability in Wireless Mesh Networks
  • Load Balancing in Wireless Mesh Networks
  • Cross-layer Optimisation for Scheduling in Wireless Mesh Networks
  • Multimedia Communications over Wireless Mesh Networks
  • Multiple Antenna Techniques for Wireless Mesh Networks
  • Standardisation of Wireless LAN Mesh Networks in IEEE 802.11s
  • IEEE 802.16 WiMAX Mesh Networking

Cognitive Radio & Dynamic Spectrum Management

  • Cognitive radio concept
  • Opportunistic distributed spectrum allocation for CRs
  • Combination of economical and technical incentives

Wireless Mesh Network Case Study: Fire Emergency Management & Market Analysis

  • Overview of the proposed WMN
  • Requirements
  • Market analysis
  • Platform design and implementation
  • Validation

Wireless Mesh Networks for Public Safety and Disaster Recovery Applications

  • Wireless mesh networks
  • Public safety and disaster recovery communications
  • WMNs for PSDR communications
  • Key research activities

Mobile WiMAX

  • Introduction to Mobile WiMAX
  • Physical Layer Transmission
  • Mitigation of Inter-cell interference in Mobile WiMAX
  • Overview of Rate Adaptation Algorithms and Simulation Environmental Based on MIMO Technology in WiMAX Networks
  • Medium Access Control (MAC) and Network Architecture
  • All-IP network architecture for Mobile WiMAX

Multihop Relay for Mobile WiMAX

  • An Overview of 802.16j
  • Tunnelling and Aggregation
  • Performance Evaluation

 

Request Info/Contact
 
 

Home

White Papers Buyers Guide Company List

Trade Shows

Billing Solutions RSS Feeds Test Tools
Training Advertising Contact Us Submit Site

copyright 2007, WiMAX Industry, all rights reserved worldwide