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Umts Fundamentals
Last updated 8/2020
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.09 GB | Duration: 2h 19m

UMTS Fundamental Concepts​

What you'll learn
This course covers the basics of UMTS radio communication. The student will get in depth understanding of
UMTS Network Architecture
interfaces, Protocol stack
Air Interface and the UMTS Core Network

Requirements
No, Anyone who wants to gain knowledge and WCDMA understanding.

Description
This course covers the basics of UMTS radio communication. 3G (UMTS ) is Third Generation of Wireless telecommunication. It was released 3GPP Release 99 and is an upgrade to 2G & 2.5G. The student will get in depth understanding of :UMTS Network Architecture, interfaces, Protocols : the UMTS network architecture is partly based on existing 2G network components and some new 3G network components. It inherits the basic functional elements from the GSM architecture on the core network (CN) side.Key Features: provides services like high data transfer, seamless global roaming, WCDMA being used to cover both FDD and TDDUMTS Air interface: uses the concept of WCDMA ( Wideband Code division multiple access ), where multiple codes are used as resources for allocation to the UE. We will also look at the channelization tree, Power Control mechanism, Handover in UMTS We will also discuss UMTS Core Network - Similar to 2G (GSM & GPRS), UMTS core network is divided into Packet Switched and Circuit Switched networks. Multiple Functional Entities are introduced to support PS, CS and both.This course is designed for both students as well as working professionals who want to learn UMTS (3G) Technology. This will help you to learn about technology, concepts used in technology, network architecture, channels, power, frequency control, and more.

Overview
Section 1: UMTS Fundamental

Lecture 1 Course Preview

Lecture 2 Overview & Objectives

Lecture 3 What is UMTS?

Lecture 4 3G (Third-Generation)

Lecture 5 IMT 2000 Roadmap

Lecture 6 IMT 2000 Objectives

Lecture 7 Research and Proposal

Lecture 8 Standardization

Lecture 9 Harmonization (1999)

Lecture 10 World-wide Spectrum Allocation for IMT-2000

Lecture 11 European Frequency Allocations

Lecture 12 Network Services : An Introduction

Lecture 13 QoS Classification

Lecture 14 UMTS QoS Service Class

Lecture 15 QoS Parameters

Lecture 16 Information Transfer

Lecture 17 QoS Attributes

Lecture 18 QoS Differentiation

Section 2: UMTS Architecture

Lecture 19 Overview & Objectives

Lecture 20 User Equpment Domain

Lecture 21 Infrastructure Domain

Lecture 22 UMTS Architecture

Lecture 23 UMTS RAN Elements

Lecture 24 UMTS CN Elements

Lecture 25 UMTS CN Elements MSC and GMSC

Lecture 26 UMTS CN Elements PS Domain

Lecture 27 UTRAN

Lecture 28 RNC Roles : CRNC

Lecture 29 RNC Roles : SRNC

Lecture 30 RNC Roles : DRNC

Lecture 31 UMTS Release 4 Architecture

Lecture 32 Media Gateway

Lecture 33 Mobile Switching Centre Server

Lecture 34 WCDMA Interfaces

Section 3: WCDMA Basics

Lecture 35 Overview & Objectives

Lecture 36 Multiple Access

Lecture 37 UMTS Air Interface Technologies

Lecture 38 WCDMA Characteristics

Lecture 39 UMTS and GSM Network Planning

Lecture 40 Block Diagram of WCDMA System

Lecture 41 WCDMA Principle - Bits, Chips and Symbols

Lecture 42 Spreading and Despreading Signal

Lecture 43 Desired Signal and Other User Signal

Lecture 44 Signal Transmission and Reception

Lecture 45 CDMA - A Spread Spectrum Technique

Lecture 46 Channelization Code

Lecture 47 Processing Gain

Lecture 48 Scrambling

Lecture 49 Channelization Code Vs Scrambling Code

Lecture 50 Multipath Propagation

Lecture 51 Rake Receiver Architecture

Section 4: Radio Resource Management

Lecture 52 Overview & Objectives

Lecture 53 RRC Connection States

Lecture 54 Handover

Lecture 55 Power Control

Lecture 56 Admission Control

Lecture 57 Packet Scheduler

Lecture 58 Load Control

Section 5: HSPA Basics

Lecture 59 Overview & Objectives

Lecture 60 Release 99 (UMTS) Inefficiencies

Lecture 61 Applications Benefiting from HSPA

Lecture 62 HSPA Evolution

Lecture 63 HSPA Architectural Evolution

Lecture 64 HSDPA Basic Principles

Lecture 65 Shared Channel Transmission

Lecture 66 Multi-Code Operation

Lecture 67 Dynamic Power Allocation

Lecture 68 Fast Hybrid Automatic Repeat Request

Lecture 69 Power Control and Link Adaptation

Lecture 70 Adaptation Modulation and Coding (AMC)

Lecture 71 Overview of HSUPA

Lecture 72 HSUPA : Comparison with HSDPA

Lecture 73 HSUPA Scheduling

RF Engineers, Drive Test Engineers, Any one who wants to gain knowledge in 3G Technology,This course is for students as well as working professionals who want to learn fundamentals of UMTS.

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