- course id
- HSPAOPT
- duration
- 3 day(s)
- Aimed At
-
Those with UMTS-FDD and HSDPA/HSUPA background who wish to learn how to optimize HSDPA/HSUPA networks.
- Prerequisites
- Course in a Nutshell
-
The course teaches the protocols and procedures for network optimization based on
log file analysis and common optimization scenarios. Increasing prevalence of
mobile broadband coupled with the promise of inexpensive data-based applications
such as Mobile VoIP have made a course such as this mandatory for every UMTS
professional.
<br />In this course, you will undertake an in-depth study of the workings of
HSDPA/HSUPA in a UMTS network and learn to optimize HSPA networks by
studying real-life deployment scenarios. Covered are the optimization of web-
browsing, data/voice systems, streaming, and mobile VoIP. The optimization
methodology employed in class will use log files, hardware, and software tools –
some of which are based on open source software.
- Customize It!
-
We can tailor this course to your own needs at little-to-no additional cost. It can be
adapted to the information needs and “tech level” of audiences such as network
design and optimization engineers, equipment or application developers, and
others.
- Learn How To
-
- Identify the KPI‟s that best characterize the quality of your own network
- Set the KPIs to suit your organization's needs
- Troubleshoot and optimize the network to the target KPI's
- Optimize a network with minimum error and maximum productivity
- Course Outline
-
- Overview
- Introduction to WCDMA and HSPA
- Main parameters
- Spreading, OVSF codes, and code tree
- Power control
- Soft handover
- Retransmissions
- HSDPA
- Principles
- Targets and characteristics
- Changes compared to Rel „99
- New channels
- Multi code operation
- Basic operation
- Setup
- RRC states
- Disadvantages
- Applications
- Examples and guided self-assessment exercises
- HSDPA Enhancement and Extensions
- Propagation control plane
- User plane
- Node B
- Packet scheduling
- HSDPA Physical Layer
- HS-SCCH frame structure
- HS-PDSCH frame structure
- HS-DPCCH frame structure
- Timing relationships
- CQI
- AMC
- HARQ
- Examples and guided self-assessment exercises
- HSDPA Mobility
- Serving HS-DSCH cell
- Event 1d
- Intra/Inter-node B
- HSDPA Data Rates and Performances
- Terminal capability
- Retransmission
- Throughput (cell/user)
- TCP/IP Protocol Suite and Tools
- Test Scenarios
- Latency
- File upload and Download
- Web browsing
- HSDPA Logfile Analysis
- Terminal capability analysis of logfiles from test lab and commercial networks
- Description of test set-up
- Analysis of key RRC messages including new information elements
- CQI, Ack/Nack reporting and retransmission rate in a live network
- FTP upload and download
- Ping delay
- Performance under different radio conditions
- Impact of changing serving HS-DSCH cell on throughput
- HSUPA
- Introduction
- Targets and characteristics
- Changes compared to Rel „99
- New channels
- Basic operation
- Applications
- Mobility (soft handover)
- Terminal capability
- Handset availability
- Wrap-up: Course Recap, Discussion, and Evaluations
20 Hot Technologies for 2012
Subscribe to RSS Feed
Follow Us on Twitter
Subscribe to
Newsletter