HSPA Optimization

HSDPA & HSUPA Optimization
What you'll learn
The HSPA (HSDPA/HSUPA) Optimization Training course covers the following
Protocols and procedures for network optimization
In-depth study of the workings of HSDPA/HSUPA
Learn the call setup scenarios
Deployment scenarios
The Radio Resource management (RRM) Procedure in detail
Analysis of typical KPIs
Requirements
It is recommended the participant already Knowledge about UMTS Optimization.
Description
The HSPA (HSDPA/HSUPA) Optimization Training course covers the protocols and procedures for network optimization. You will undertake an in-depth study of the workings of HSDPA/HSUPA in a UMTS network and learn the following :HSUPA/HSDPA Channels - UE initiated Call Setups and tearDownUnderstanding the Radio Resource Management (RRM) parameters - Radio Bearer Setup, Radio Bearer Release, Radio Bearer Reconfiguration, Transport Channel Reconfiguration, Physical Channel ReconfigurationHSDPA code selection & power allocationHSUPA code selection & power allocation - in-depth refresher on HSUPA topics like new physical channels, HARQ and E-TFCI SelectionHSPA key enablersHSPA Scheduling Interval (TTI) -E-DCH and HS-DSCH coexist with Rel. 99 traffic on the same carrierHSPA Power control mechanism, Adaptive Modulation and Coding, Channel Quality Indicator (CQI), CQI compensationCode tree Optimization - NodeB Controlled dynamic allocation of codesHSDPA channel Selection and Mobility management - parameters to reduce missed TTI's and ACK/NACK misdetections in UE and NodeB for HS-DSCHFast Packet Scheduling, E-DCH establishment, Dynamic E-RGCH AllocationThis course will also provide the critical parameters of uplink and downlink high speed and learns how to optimize them in order to reach the best throughput performance. The analysis of typical KPI's is presented in order to assess and evaluate the optimization performed on the system. this course is 3GPP Specific and Vendor independent.
Overview
Section 1: Overview
Lecture 1 Welcome
Lecture 2 Overview & Objectives
Lecture 3 HSDPA Channels
Lecture 4 HSUPA Channels
Lecture 5 Part 1: UE Initiated Call Set Up (PS)
Lecture 6 Part 2 : UE Initiated Call Set Up (PS)
Lecture 7 Part 1 : UE Initiated Call Tear Down (PS) (1/2)
Lecture 8 Part 2 : UE Initiated Call Tear Down (PS) (2/2)
Lecture 9 RRM & Parameters
Lecture 10 Enable 16 QAM Modulation
Section 2: Basics
Lecture 11 HSDPA Code Selection
Lecture 12 Number of High Speed - Shared Control Channels
Lecture 13 Iub HSDPA Bitrate
Lecture 14 Selection of HSUPA TTI
Lecture 15 Power Allocation in HSDPA
Lecture 16 Key enablers in HSPA Optimizaton
Lecture 17 Target of Optimization for HSPA and UMTS (Rel. 99)
Lecture 18 Performance optimization procedure
Lecture 19 Monitoring of HSPA Blocking
Lecture 20 HSDPA Power Allocation
Section 3: Intermediate
Lecture 21 HSDPA Power Control
Lecture 22 Measurement Power Offset
Lecture 23 CQI Reporting & Link Adaptation
Lecture 24 CQI Compensation
Lecture 25 HSDPA Code Resourse Allocation
Lecture 26 Code Tree Optimization
Lecture 27 NodeB Controlled Dynamic Allocation
Lecture 28 HSDPA Mobility Management
Lecture 29 HSDPA Channel Switching
Lecture 30 HSDPA Channel Type Selection & Switching
Section 4: Advanced
Lecture 31 Switching from DCH to HS - DSCH
Lecture 32 Switching from HS - DSCH to DCH
Lecture 33 Switching from HS - DSCH to FACH
Lecture 34 Fast Packet Scheduling
Lecture 35 Dynamic E-RGCH/E-HICH Code Allocation
Lecture 36 NodeB Scheduling
Lecture 37 E-DCH Establishment
Lecture 38 Channel Type Switching
RF Engineers, 3G Planners and optimizer, Drive Test Engineers, Anyone who wants to dig in HSPA optimization
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