Lte Throughput - Rf Optimization Huawei

What you'll learn
Describe the LTE downlink and uplink traffic mechanisms
Define the channels and protocols involved in UL & DL data transmission
Define the parameters and counters for each step during a data transfer
Describe different features to improve the UL & DL Traffic
A deep understanding of parameters and features dependency
Improve the LTE network quality of service
Requirements
LTE Air interface
LTE Channel Configuration
Description
Course Description:This course cover the LTE Traffic optimization, explaining downlink and uplink LTE traffic procedure, counters and KPIs, related parameters and low performance troubleshooting.This course is addressed to technical staff who is responsible of LTE network optimization.Course Objectives:By Completing this course, you will be able to:To describe the LTE downlink and uplink traffic mechanisms.Define the channels and protocols involved in UL & DL data transmission.Define the parameters and counters for each step during a data transfer.Describe different features to improve the UL & DL Traffic.A deep understanding of parameters and features dependency.Course Content:LTE Traffic OverviewPart 1: LTE Downlink TrafficChannel State Indicator (CSI)Channel Quality Indicator (CQI)MCS SelectionMIMO & RI (Rank Indicator)eNodeB Downlink SchedulerPDCCH ChannelDownlink HARQPUCCH ChannelDRX FeatureDownlink Power AllocationCarrier AggregationPart 2: LTE Uplink TrafficLTE Uplink Traffic OverviewBuffer Status ReportScheduling RequestUplink GrantMCS Selection for uplink transmissioneNodeB Uplink SchedulerData Transmission on PUSCHUplink Power ControlHARQ for Uplink TransmissionSmart Telecom Education is a Training and Learning Centre, delivering a full range of Telecoms training and technical skills through flexible and innovative learning methods.We're a team of professionals working hard to provide the best learning content.Our ability to deliver a combination of high quality training makes our offer unique and extremely valuable to individuals and organizations.What makes our learning courses differentLearn fasterShort or long lessons make it easier to pay attention and remember what you learnedStay motivatedAnimated videos bring concepts to life with examplesStudy smarterExpert teachers help you focus on what's most important so you are confident and prepared
Overview
Section 1: LTE Downlink Traffic
Lecture 1 Course Note
Lecture 2 Introduction
Lecture 3 LTE Traffic Overview
Lecture 4 LTE Traffic KPIs
Lecture 5 Channel State Information (CSI) - Content
Lecture 6 Channel State Information (CSI) - Overview
Lecture 7 Channel State Information (CSI) - Reporting Modes
Lecture 8 Channel State Information (CSI) - CQI
Lecture 9 Channel State Information (CSI) - PMI
Lecture 10 Channel State Information (CSI) - RI
Lecture 11 Channel State Information (CSI) - Configuration
Lecture 12 Channel State Information (CSI) - Counters and KPIs
Lecture 13 Channel Quality Indicator (CQI) - Content
Lecture 14 Channel Quality Indicator (CQI) - CQI Types
Lecture 15 Channel Quality Indicator (CQI) - CQI Reporting
Lecture 16 Channel Quality Indicator (CQI) - Optimization
Lecture 17 Downlink MCS Overview
Lecture 18 Downlink MCS Optimization
Lecture 19 Downlink MCS Counters & KPIs
Lecture 20 MIMO & RI (Rank Indicator) Introduction
Lecture 21 eNodeB DL Scheduler - Overview
Lecture 22 eNodeB DL Scheduler - Strategies
Lecture 23 PDCCH - Overview
Lecture 24 PDCCH - DCIs
Lecture 25 PDCCH - PDCCH & CCE
Lecture 26 PDCCH - Parameters
Lecture 27 PDCCH - Counters & KPIs
Lecture 28 Downlink HARQ - Overview
Lecture 29 Downlink HARQ - Timing
Lecture 30 Downlink HARQ - Optimization
Section 2: LTE Uplink Traffic
Lecture 31 LTE Uplink Traffic - Introduction
Lecture 32 Buffer Status Report - Overview and Types
Lecture 33 Buffer Status Report - Parameters
Lecture 34 Scheduling Request - Overview
Lecture 35 Scheduling Request - Configuration
Lecture 36 Scheduling Request - Process and Parameters
Lecture 37 UL MCS - Selection Process
Telecom Professionals
Homepage

https://www.udemy.com/course/lte-throughput-rf-optimization-huawei/