What you'll learn
This course provides a detailed description of
WCDMA FDD technology and its use in UMTS networks
Basics of UMTS air interface in detail
Channel structure of UMTS in uplink and downlink
Cell synchronization process, paging process and RACH procedure

Requirements
Any one who is interested in gaining knowledge in 3G can take this course

Description
This course provides a comprehensive technical overview of the structure and operation of the UMTS air interface protocol stack. Detailed description of WCDMA FDD technology and its use in UMTS networks. We will dedicatedly learn the basics of UMTS air interface in detail. In doing so, we are covering the Frequency Bands: ITU Regions. Mobile Frequencies.UMTS Bands - WCDMA: Multiple Access, Duplex Division, 3G Radio Spectrum, WCDMA Overview, Main Principles, Advantages and Problems, Spreading Process, Channellisation, Scrambling, Filtering, and Modulation, Code Requirements, frame structure in UMTS.Quality of Service: QoS Architecture, UMTS QoS Classes, Sources of Service Attributes, UMTS Bearer Service Attributes, RAB Service Attributes, Radio Bearer Service Attributes, RAN Access, and CN Bearer Service AttributesPower Control: Open-loop Power Control, Inner-loop Power Control, Outer-Loop Power control, Power Control in Soft Handover.Multipath Propagation: Short- and Long-time Delay Profile, Rake Receiver, Downlink Open-loop Transmit Diversity, Downlink Closed-loop Transmit Diversity.Modulation Techniques and Coding: Basic Modulation Techniques, UMTS Modulation, Adaptive Modulation and Coding.Channel structure of UMTS in uplink and downlink both- Logical, Transport & physical Channels and their mapping, Description, and also understand the functionality of every channel. RRC States In UMTS; Architecture and ProcedureSynchronization and Random Access: Downlink Timing, Cell Search Procedure, and Random Access.Idle Mode: PLMN Selection, Cell Selection and Reselection, System Information, Mobility Management, Paging, Cell Reselection between GERAN and UTRAN.Handover: Cell Sets and Measurements, Soft/Softer Handover, Events, Signalling, Time Offset, Handover between GERAN and UTRAN, Hard Handover.

Overview
Section 1: Basics of Channels

Lecture 1 Course Preview

Lecture 2 Overview & Objectives

Lecture 3 Channel Locations

Lecture 4 Brief Descriptions About Channels

Lecture 5 Channels on the Air Interface

Lecture 6 Logical Channel

Lecture 7 Transport Channel

Lecture 8 The Transfer of Transport Blocks

Lecture 9 Transport Formats

Lecture 10 Transport Format Configurations

Lecture 11 Interaction Between the Physical Layer and MAC in the UE

Lecture 12 Transport Format Combination Set

Lecture 13 Transport Format Parameter

Lecture 14 Transport Formats in AMR Call

Lecture 15 Physical Channel

Lecture 16 Channel Mapping

Lecture 17 Generic Frame Structure

Section 2: Advance Channels

Lecture 18 Overview & Objectives

Lecture 19 Synchronization Channel

Lecture 20 Cell Synchronization

Lecture 21 Common Pilot Channel

Lecture 22 Primary Common Control Physical Channel (P-CCPCH)

Lecture 23 Synchronization Issues and Node Synchronization

Lecture 24 Secondary Common Control Physical Channel (S-CCPCH)

Lecture 25 Paging Indicator Channel

Lecture 26 S-CCPCH and the Paging Process

Lecture 27 Paging & Discontinuous Reception (FDD Mode)

Lecture 28 Paging Indicator & Paging Occasion (FDD Mode)

Lecture 29 FACH and S-CCPCH

Lecture 30 Random Access

Lecture 31 Random Access - The Working Principle

Lecture 32 Random Access Timing

Lecture 33 RACH Sub-Channels and Access Service Classes (ASC)

Lecture 34 PRACH Preamble

Lecture 35 PRACH Message Part

Lecture 36 CSICH : CPCH (Common Packet Channel) Status Indicator Channel

Lecture 37 Acquisition Indication Channel (AICH)

Lecture 38 Summary of RACH Procedure

Lecture 39 Downlink Dedicated Physical Channel (DPCH)

Lecture 40 Timing Relationship Between Physical Channels

Lecture 41 Radio Interface Synchronization

Lecture 42 Uplink Dedicated Physical Channels

Lecture 43 Initial UL DCH Transmission

RF Engineers, UMTS Engineers, Drive Test Engineers, Any one who wants to gain knowledge in 3G

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