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Last updated 9/2021
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.34 GB | Duration: 2h 18m

LTE Introduction in depth​

What you'll learn
This Course is designed for Telecom Professional to have an overview of
Why LTE ?
Key Principles in 4G (LTE), Benefits and Future ahead.
LTE Network Architecture in detail
LTE Air Interface in brief explaining the terminology and Basic Structure of PRB
LTE DL and UL Channels
LTE QCI, EPS Bearer - Dedicated and Default

Requirements
Anyone interested to learn 4G can enroll in this course, However prior knowledge of telecom is recommended.

Description
This LTE Fundamental course trains an individual about the basics and important concepts of LTE Technology. The training will start with the very basics of LTE technology so that any individual can understand the need for a 4G - operator as well as a customer point of view. Then we will talk about the technicalities, key principles (Throughput, Latency, Convergence, TTI, MIMO, Multiple Access, Modulation, and Coding Scheme (MCS), etc). We will also look at the evolution of telecom Generations (G's) from 1G to 4G and the future LTE-A, COMP, HetNet, and others. After covering the basics we willGradually move towards the in-depth discussion about the LTE Network Architecture (EUTRAN and CORE) covering the functionality of EUTRAN, EPC (MME, SAE GW, PCRF, HSS), interfaces, Protocol Stack. we will also cover the Interworking of 4G Architecture with 3G / 2G (legacy 3GPP) and non-3GPP trusted and non trusted networks(WiFi/ WiMAX), also roaming scenarios will be covered.Further discussion will be on LTE QCI, EPS Bearers (Default, Dedicated), LTE Air Interface concepts - OFDMA, SC-FDMA, LTE FDD vs TDD, Frame Format, and Multiple Antenna Techniques (MIMO) covering Spatial multiplexing (SM) and transmit diversity (TM). Finally, we will cover the LTE Uplink and Downlink Channels and LTE Initial Access procedures.

Overview
Section 1: LTE Introduction

Lecture 1 Course Preview

Lecture 2 Overview & Objectives

Lecture 3 User Expectation

Lecture 4 Operator Expectation

Lecture 5 Mobile Broadband Evolution

Lecture 6 Technology Comparison

Lecture 7 3G Vs 4G Technology Comparison

Lecture 8 Requirements of LTE

Lecture 9 LTE Vs UMTS Network Arhitecture

Lecture 10 LTE Network Architecture

Lecture 11 OFDM

Lecture 12 Overview of LTE Air Interface

Lecture 13 Key Features of LTE

Lecture 14 FDD and TDD

Lecture 15 FDD and TDD Bands

Lecture 16 Terminals, Modules and Fixed Wireless Terminals

Lecture 17 LTE UE Categories

Lecture 18 LTE Specification Work - Part 1

Lecture 19 LTE Specification Work - Part 2

Lecture 20 LTE Standard Specification

Section 2: EPS Architecture

Lecture 21 Overview & Objectives

Lecture 22 SAE - Targets

Lecture 23 Architecture Evolution

Lecture 24 EPS Network Architecture

Lecture 25 Functionality of e-NodeB & UE

Lecture 26 Functionality of MME

Lecture 27 Functionality of S-GW

Lecture 28 Functionality of P-GW

Lecture 29 Functionality of PCRF

Lecture 30 Functionality of HSS

Lecture 31 Roaming in Basic System Architecture Configuration

Lecture 32 EPS Roaming Architecture

Lecture 33 EPS Inter-Working With 2G/3G Networks

Lecture 34 3GPP and Non-3GPP Inter-Working

Lecture 35 EPS Inter-Working With Non-3GPP Access Technologies

Lecture 36 EPS Inter-Working With CDMA Networks

Section 3: Traffic & Mobility Management

Lecture 37 Overview & Objectives

Lecture 38 EPS Network Identifiers

Lecture 39 Tracking Area Update Concept

Lecture 40 EPS Mobility Management (EMM) States

Lecture 41 EPS Connection Management (ECM) State

Lecture 42 RRC States in E-UTRAN

Lecture 43 EPS Bearer Service Architecture

Lecture 44 EPS Bearer Services : Default Bearer

Lecture 45 EPS Bearer Services : Dedicated Bearer

Lecture 46 SAE Bearer QoS Awareness

Lecture 47 SAE Bearer QoS Attributes

Lecture 48 QoS Class Identifier (QCI) Characteristic

Lecture 49 LTE / SAE Handover

Lecture 50 LTE / SAE Handover Principles

Lecture 51 Handover Preparation

Lecture 52 Handover Execution

Lecture 53 Handover Completion

Lecture 54 Inter-System Handovers

Lecture 55 Differences in E-UTRAN and UTRAN Mobility

Lecture 56 Policy and Charging Control (PCC)

Lecture 57 Basic Policy and Charging Control (PCC)

Lecture 58 PCC in Roaming with PMIP : Home Routed Model

Lecture 59 PCC in Roaming : Local Breakout Model

Section 4: Air Interface (OFDMA & SCFDMA)

Lecture 60 Overview & Objectives

Lecture 61 Duplexing and Multiple Access

Lecture 62 LTE Multiple Access Background : Single Transmitter

Lecture 63 LTE Multiple Access Background : FDMA Principle

Lecture 64 LTE Multiple Access Background : Multi-Carrier Principle

Lecture 65 OFDM Principle

Lecture 66 OFDM : Nutshell

Lecture 67 OFDM : Frequency - Time Representation

Lecture 68 OFDM and FFT / IFFT

Lecture 69 Motivation for OFDMA in LTE

Lecture 70 Solution to ISI : Cyclic Prefix

Lecture 71 Cyclic Prefix : Normal & Extended

Lecture 72 OFDM Transmitter and Receiver

Lecture 73 OFDM Key Parameters - Part 1

Lecture 74 OFDM Key Parameters - Part 2

Lecture 75 OFDM Key Parameters - Fast Fourier Transform Size (NFFT)

Lecture 76 OFDM Key Parameters for FDD and TDD Modes

Lecture 77 OFDM Key Parameters - Sampling Rate (FS)

Lecture 78 SC - FDMA

Lecture 79 OFDM Vs Sc - FDMA : QPSK Example

Lecture 80 SC - FDMA : Multiplexing

Lecture 81 SC - FDMA : Transmitter and Receiver

Lecture 82 LTE / UTRAN : Bandwidth Distribution

Lecture 83 LTE Resource Grid, Resource Block, Resource Element

Lecture 84 The Usage of Resource Element (RE)

Lecture 85 LTE Duplexing - FDD / TDD

Lecture 86 LTE Frame Structure : Generic

Lecture 87 Radio Frame Type 1 - FDD

Lecture 88 Radio Frame Type 2 - TDD

Lecture 89 Fields in Special Subframe : DwPTS, GP and UpTS

Lecture 90 TDD Radio Frame Configurations (DL/UL)

Lecture 91 Special Subframe Configurations (No. of OFDM Symbols)

Lecture 92 Different Methods for OFDM Multiple Access

Lecture 93 OFDMA Challenges

Section 5: MIMO

Lecture 94 Overview & Objectives

Lecture 95 Aspirations

Lecture 96 Conventional (Single) & New (Multiple) Antenna Configurations

Lecture 97 MIMO System Model (Principle)

Lecture 98 Multiple Antenna Arrangements

Lecture 99 MIMO Design Criterion

Lecture 100 Physical Channel Processing, Example of MIMO Usage & Summary

Beginners in 4G.,Any one who wants to learn about 4g Basics.

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