Course: Cellular Networks Traffic Planning & RF Design.
Duration: 5 days
CIS Ref: CIS-02

Objectives:

  • Introduction To GSM network and basic concepts
  • Explain the of concepts, techniques and terminology related to Coverage planning
  • Explain the concepts, techniques and terminology related to Frequency planning
  • Explain the concepts, techniques and terminology related to capacity planning
  • Discus the Prediction Tools and Digitized Maps
  • Discuss the RF design process

Who should attend?
This course is open to any telecommunications professionals who require a good understanding
of the features, concepts, techniques and terminology related to GSM Cell planning.

Prerequisites:
Understanding GSM

Detailed contents:

Introduction
  • Cellular Concepts compared to Wireless in general
  • Cellular Concept - Frequency Reuse
  • Radio Access and Core Network
  • Global System for Mobile GSM- History
  • GSM - Spectrum and Modulation
  • GSM Features
  • GSM Services
  • GSM Architecture
  • GSM Components
  • BSS Connectivity and Signaling
  • BTS Equipment Appreciation
  • BSC Equipment
  • BSC Capacity Parameters (limits)
  • RXCDR Equipment
  • Planning Process Targets
  • Nominal Design Project
Coverage Planning
  • Antenna
  • Propagation Models
  • Propagation Model Correction Factor
  • Fading and Multipath propagation
  • Coverage Reliability
  • Link Budget
  • Penetration Losses
  • Balanced Path between the uplink and downlink
  • Calculate Cell Radius from Link Budget
  • Coverage Planning process
Frequency Planning
  • Theoretical Rules
  • Frequency Re-use Patterns
  • Interference
    • Co-Channel Interference
    • Adjacent Channel Interference
  • C/I Requirements and Frequency Re-use
  • Frequency Re-use and C/I
  • Fixed Frequency Planning- Example
  • Frequency Hopping
  • Frequency Hopping Planning- Example
Prediction Tools and Digitized Maps
  • Prediction Tools
  • Tasks
  • Prediction Tool - Database
  • Prediction Tools - Plots Examples
  • Digital Maps
  • Geographical Databases
  • Vector Data (Linear)
  • Altitude
  • Clutter (Land use)
  • Resolution / Precision
  • Map Coordinates - Geodesy
  • Map Coordinates - Projection
  • Projection Systems
Capacity Planning
  • Traffic Theory - Definitions and Basic Formulas
  • Traffic Theory - Trunking Model
  • Traffic Planning and the Start-up System
  • Traffic Analysis Studies and Network Expansion Planning
  • Congestion Due to Special Events
  • Congestion Relieving Strategies
  • Applications
  • Transmission Planning -Traffic
RF Design Process
  • Introduction
  • Pre-Design Activities
  • Nominal Design
  • Initial Design
  • Final Design 1
  • Final Design 2 -System Optimization






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