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4G LTE Basics and Advanced Optimization Eng.Mohamed Elymany
Highest Rated
Rating: 4.9 out of 5(23 ratings)
81 students

4G LTE Basics and Advanced Optimization Eng.Mohamed Elymany

4G Optimization from A to Z
Created byTrust Academy
Last updated 7/2025
Arabic
Arabic [Auto],

What you'll learn

  • LTE Basics to be able to deeply learn next advanced topics
  • LTE UE Behavior in idle mode and connected mode
  • LTE resources
  • LTE features

Course content

1 section17 lectures26h 31m total length
  • 1.Basics 1 OFDMA1:24:02
  • 2.Basics 2 Resources Grid and Protocol Stake1:46:45
  • 3.Channels Intro and LTE Measurements1:31:27
  • 4.Idle Mode1:37:29
  • 5.Idle Mode 2 and MMO1:44:11
  • 6.MIMO and DL Channels in details1:23:40
  • 7.UCIs1:21:26
  • 8.UL Channels in details1:28:24
  • 9.Power Control1:37:43
  • 10.CSFB1:31:41
  • 11.Connected Mode ( HO )1:59:30
  • 12.Access Control1:37:38
  • 13.Connection Management RRC Connection Restablishment1:02:43
  • 14.Uplink Timing Control54:13
  • 15.Carrier Aggregation1:28:38
  • 16.Schadualing1:46:57
  • 17.Schadualing and DTRX2:15:18

Requirements

  • to know some fundamentals about RF in general

Description

in this course we will learn everything about LTE from Basics to advanced Optimization to be able to work as professional LTE Optimizer In RF vendors and Operators all over the world , course will be supported with Parameters values examples

Course Instructor is Eng.  Mohamed Elyamani more than 11 years in RF field

the course will be for Arabic speakers only to be translated to English in advanced step

Course Topics .

LTE Basics

channels , Protocol Stake , OFDMA , Access Technique

Idle Mode

PLMN Selection

cell search

cell selection

cell reselecton

MIMO

in this term we will learn what is the meaning of multi input multi output feature and how it configured and how we get best usage of it

DL Channel Configuration

downlink logical channels

downlink transport channels

downlink physical channels

Uplink Control Information (UCI)

UL Channel Configuration

Uplink logical channels

Uplink  transport channels

Uplink  physical channels

- Power Control

CSFB

in this term we will learn what is the meaning of circuit switching fullback  feature and it effect on LTE Network

Mobility Management in Connected Mode ( HO )

in this term we will learn UE behavior when it has service ( connected mode )

Carrier Aggregation

in this term we will know how to configure Carrier Aggregation and how it enhanced data rate for LTE Users

Scheduling

in this term we will know how e-nodeB works with scheduling and how to dividing available resources to current Users

Connected DRX

and more

- LTE Main KPIs

Who this course is for:

  • RF Engineers