Lte Signalling

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Posted on 29 Dec 06:50 | by mitsumi | 20 views

Last updated 8/2020
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 631.63 MB | Duration: 1h 27m

LTE Signalling in Depth and understanding future technology in mind.

What you'll learn
This Course describe about LTE Signalling Procedure
LTE Network Architecture in brief
LTE Interfaces
LTE Protocol Stack
RRC Protocol & Signalling messages
NAS Protocol and messages
S1AP/ X2AP signalling Procedure
User plane and Control plane traffic
Call flow - LTE Attach/ Detach/ TAU/ paging/ Service Request
CSFB
Requirements
It is recommended that the Participant has already some knowledge of LTE Fundamentals & LTE air Interface
Description
In this course, the participants will understand LTE Signaling in detail. There are a considerable number of protocols and signalling messages being passed during system operation, between Uu and eUTRAN as well as between eUTRAN and EPC.Participants will learn about the L3 protocols, radio interface, S1-interface, and L1 signaling aspects. Other topics such as scheduling and reliability (ARQ and HARQ) are also covered.We will cover the LTE protocols which describes the overall protocol structure before focusing on specific protocols. The protocols examined include LTE (ENODEB) to UE protocols including packet Data Convergence Protocol (PDCP), Radio Resource Control (RRC), Radio Link Control (RLC) and Medium Access Control (MAC), the inter-eNodeB protocol X2, the S1 protocol between the E-UTRAN and the evolved packet core (MME) and the evolved GTP for LTE (S-GW). Finally We will Look at the S1AP/X2AP signaling, User plane and Control plane Traffic. the LTE Procedure - Attach/ Detach, TAU etc. Circuit Switched fallback (CSFB) with Call flow and signaling messagesThis course are fully recommended to understand all concept and theory and it can sure provide excellent concept to understand 5G signaling in future aspirants. So as trainer strongly recommended to go through this course for future technology understanding prospectus.
Overview
Section 1: Basic
Lecture 1 Course Preview
Lecture 2 Overview & Objectives
Lecture 3 EPC Network Architecture
Lecture 4 LTE Channel Architecture
Lecture 5 Physical Channels
Lecture 6 Transport Channels
Lecture 7 Logical Channels
Lecture 8 Logical to Physical to Transport Channel Downlink Mapping
Lecture 9 Logical to Physical to Transport Channel Uplink Mapping
Lecture 10 TCP-IP Protocol Layer - Part 1
Lecture 11 TCP-IP Protocol Layer - Part 2
Lecture 12 MAC Layer
Lecture 13 Physical Layer
Section 2: Intermediate
Lecture 14 EPC Interfaces
Lecture 15 S1 - User Plane Protocol Stack
Lecture 16 NAS Signalling
Lecture 17 S5 – S8 Interface
Lecture 18 S11 Interface
Lecture 19 S10 Interface
Lecture 20 S6a Interface
Lecture 21 X2 Interface
Lecture 22 X2 User Plane Protocol
Lecture 23 Gx, SGi and Rx+ Interfaces
Lecture 24 IDs
Section 3: Advance
Lecture 25 UE States
Lecture 26 Network Attach
Lecture 27 Cell Selection
Lecture 28 UE Triggered Detach
Lecture 29 Cell Reselection
Lecture 30 S1 Handover
Lecture 31 Inter-RAT/Technology Mobility
Lecture 32 Preparation Phase
Lecture 33 E-UTRAN to GERAN A/Gb Inter RAT Handover
Lecture 34 Circuit Switch Fallback Overview
Lecture 35 CS Fallback Attach Procedure
Telecom Professional/RF Engineers/RAN Engineers and any one who wants to understand the LTE Signaling and Call Flow