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UMTS Evolved Packet System - LTE*

UMTS EPS & LTE Physical Layer*

WCDMA and the Radio Access Network*

Applied 3G Radio Planning*

WCDMA RF & Hardware Design*

UMTS Radio System Engineering*

Software Design for WCDMA*

WCDMA Complete Technology*

3G Signal Processing in-Depth*

SIP and IP Multimedia Subsystem*

2G to 3G Fundamentals*

GPRS Overview*

UMTS Overview*

UTRAN Core Network Overview*

Introduction to 3G Radio Planning*

3G Signal Processing In-Depth
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Level
Elementary
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Intermediate level not selected

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Advanced
Advanced level selected

Duration
1 Day
1 Day duration selected
2 Days
2 days duration selected
3 Days
3 days duration selected
4 Days
4 days duration selected
5 Days
5 days duration unselected

Prerequisites
UMTS Basics
UMTS Basics required
Datacom Basics
Datacoms Basics not required
Radio Systems
Radio systems not required
Protocol Operation
Protocol operation not required
DSP Basics
DSP basics required

Disciplines
Systems
Unsuitable for Systems Engineers
Hardware
Suitable for Hardware Engineers
RF
Unsuitable for RF Engineers
Software
Suitable for Software Engineers
DSP / ASIC
Suitable for DSP / ASIC Engineers

Description
  • Introduction and review of WCDMA principles and operation
  • Initial acquisition, design of matched filters, fast Hadamard processors
  • Design and operation of rake receiver, searcher and channel estimation
  • Symbol rate processing. Turbo decoder structure and operation, MAP decoder and reduced complexity versions
  • TDD mode receiver including joint detection algorithms
  • Measurement functions in WCDMA transceivers
  • Multiple Input Multiple Output (MIMO) antennas, MxN channel estimation
  • Interference cancellation and equalisation, optimal and sub-optimal methods
  • High Speed Downlink Packet Access (HSDPA), structure and operation of algorithms, hybrid ARQ
  • Extensive hands on practical sessions for algorithm design and testing