Course Date & Venue |
|
01 March - 05 March 2010
(Mon - Fri)
5 days instructor-led, 0900-1700
Lagos, Nigeria
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Course Objectives |
By the end of the course delegates will be able to: yest
-
Describe the
fundamentals of
performance
measurement
-
Collect and present
statistical data of
these measurements
-
Know what the
measurement
limitations are
and how tolerances provide valuable
information for
validation
and evaluation.
-
Know how performance
measurement is captured
and analyzed using software
-
Know which parameters
are key to
optimize
to increase 3G performance
|
|
Course Overview |
|
An in-depth and practical training course that explains
how to identify, measure and optimize the main problems of
today’s UMTS live networks. It provides a solid background
for daily 3G work activities covering a wide range of
benchmarking and performance measurements that help to
troubleshoot and optimize the 3G networks.
Key Performance Indicators (KPIs) and measurements (i.e.
throughput measurements, success/failure analysis, handover
analysis etc…) that are not described in the 3GPP
documentation but derived through practical experience will
be discussed. |
|
Key Benefits |
|
Delegates will be trained on state-of-the art knowledge
regarding 3G benchmarking and parameter optimization.
|
|
Pre-Requisites for Participants |
Good knowledge of GSM network performance, 3G fundamentals. |
Who Should Attend? |
| |
Course Outline |
Introduction to 3G benchmarking
-
Introduction to 3G
performance
measurement
-
KPIs
-
Basic method to
capture and filter performance related data in 3G
-
Definitions of
performance parameters of 3G
-
Basics of PS Call
Analysis in
3G
-
Performance based on
protocol analysis
-
Aggregation
Levels/Dimensioning
-
SGSN, MSC SRNC, DRNC,
CRNC,
Node B,
Cell Dimensioning, Call/Connection
Dimension, UE
Dimensions,
Radio Bearer Dimensions
Benchmarking data
calculations
-
Sampling
-
Bins
-
The 95th
percentile
-
Distribution
functions
Key 3G performance
parameters
-
BLER Measurements
-
Radio related
parameters
-
Radio Link
Quality Parameters
and Flow
Control in Iub Frame Protocol (FP)
-
NBAP Common
Measurements
-
NBAP Dedicated
Measurements
-
RRC Measurements
and UE
Measurement
Abilities
-
Throughput
Measurements
-
Transport Channel Usage
Ratio
Primary and Secondary
Traffic Active Set Size
Distribution Handover
Analysis State Transitions
and Channel
Type Switching Call Establish
Success and Failure
Rates Call Drop
Rates Cell
Matrices
Optimisation of 3G
parameters
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