primig
2014-04-06, 06:49 PM
http://www.4shared.com/rar/AUfyihWRce/
Chapter 1
Radio Network Dimensioning
OBJECTIVES:
• Explain different radio network definitions
• Explain different types of interference
• Explain the concept of frequency allocations
• Explain antenna terminology
Chapter 2
Managing the Quality of Your Radio Network
Field Experience & Methodology
OBJECTIVES:
•What is quality
•The network tuning process
•How to monitor the radio network performance
•Performance analysis: Which tool for what problem
Chapter 3
Radio Frequency (RF) Guidelines
OBJECTIVES:
• Calculate link budgets and perform a system/power balance (including cases with a TMA)
• Derive design criteria for macro cell coverage predictions
• Explain how design criteria relates to coverage predictions
Chapter 4
Dimensioning of Logical Channels
OBJECTIVES:
• Perform dimensioning of logical channels in different scenarios
• Perform dimensioning of Location Areas with regard to paging capacity
Chapter 5
Radio Network Features - Summary
OBJECTIVES:
• Explain main radio network parameters
• Perform change of cell borders, hysteresis and offsets
• Perform change of thresholds for HCS
• Optimize radio network features
Chapter 6
BSC STS User-formulas and Counters
OBJECTIVES:
• Explain some of the counters that can be retrieved from STS
• Calculate some user formulas for the key performance indicators
• Analyze and evaluate a number of key performance indicators
Chapter 7
BSC Exchange Properties
OBJECTIVES:
• Explain different BSC Exchange Properties
Chapter 8
TEMS Investigation
OBJECTIVES:
• Explain some different aspects of field measurements with TEMS
• Explain the SQI, Speech Quality Index in TEMS
• Identify some common problems in a network using TEMS
• Analyze and evaluate TEMS Investigation logfiles
Chapter 9
System Information Messages
OBJECTIVES:
• Describe the content of different types of system information messages.
• List the channels used to transmit the different messages.
• Describe when system information messages are sent
Chapter 1
Radio Network Dimensioning
OBJECTIVES:
• Explain different radio network definitions
• Explain different types of interference
• Explain the concept of frequency allocations
• Explain antenna terminology
Chapter 2
Managing the Quality of Your Radio Network
Field Experience & Methodology
OBJECTIVES:
•What is quality
•The network tuning process
•How to monitor the radio network performance
•Performance analysis: Which tool for what problem
Chapter 3
Radio Frequency (RF) Guidelines
OBJECTIVES:
• Calculate link budgets and perform a system/power balance (including cases with a TMA)
• Derive design criteria for macro cell coverage predictions
• Explain how design criteria relates to coverage predictions
Chapter 4
Dimensioning of Logical Channels
OBJECTIVES:
• Perform dimensioning of logical channels in different scenarios
• Perform dimensioning of Location Areas with regard to paging capacity
Chapter 5
Radio Network Features - Summary
OBJECTIVES:
• Explain main radio network parameters
• Perform change of cell borders, hysteresis and offsets
• Perform change of thresholds for HCS
• Optimize radio network features
Chapter 6
BSC STS User-formulas and Counters
OBJECTIVES:
• Explain some of the counters that can be retrieved from STS
• Calculate some user formulas for the key performance indicators
• Analyze and evaluate a number of key performance indicators
Chapter 7
BSC Exchange Properties
OBJECTIVES:
• Explain different BSC Exchange Properties
Chapter 8
TEMS Investigation
OBJECTIVES:
• Explain some different aspects of field measurements with TEMS
• Explain the SQI, Speech Quality Index in TEMS
• Identify some common problems in a network using TEMS
• Analyze and evaluate TEMS Investigation logfiles
Chapter 9
System Information Messages
OBJECTIVES:
• Describe the content of different types of system information messages.
• List the channels used to transmit the different messages.
• Describe when system information messages are sent