GSM Training Fundamentals

GSM Training Fundamentals

Introduction:

GSM Training Fundamentals Course Description

Upon GSM Training Fundamentals course completion, you will be able to identify the components of a GSM network and the protocols that allow them to communicate with each other. You will be in a position to critically evaluate and compare solutions to specific problems within the rules set forth by GSM. While GSM is a complex system, rich in details, the course will allow you to understand the GSM structures and articulate their interactions. This, in turn, will enable you to identify good design and optimization strategies as well as performance problems and solution approaches.

The Global System for Mobile communications (GSM) is the world’s dominant wireless technology. It’s no exaggeration to state that all wireless technologies that have come since GSM have been impacted by it, at least in a conceptual way. How does GSM solve the multitude of problems that need to be solved to provide simultaneous services to a large number of mobiles over a large geographical area? This question, simply stated, forms the agenda of this intensive five-day course.

Customize It:

With onsite Training, courses can be scheduled on a date that is convenient for you, and because they can be scheduled at your location, you don’t incur travel costs and students won’t be away from home. Onsite classes can also be tailored to meet your needs. You might shorten a 5-day class into a 3-day class, or combine portions of several related courses into a single course, or have the instructor vary the emphasis of topics depending on your staff’s and site’s requirements.

GSM Training FundamentalsRelated Courses:

Duration: 5 days

Course Content:

GSM Network Architecture and System Overview
◾GSM architecture: Original, current, and evolving
◾Key core network features of GSM, incuding Signaling System Number 7 (SS7)
◾GSM core network evolutionary path
◾Key aspects of GSM’s air interface

GSM TDMA Structures on the RF Carrier
◾Time slots and their structure within the frame
◾Frame structures and framing hierarchy: Frames, multiframes, superframes, and hyperframe
◾Physical channels and their properties
◾Uplink versus downlink timing alignment

Logical Channels and Their Relationship to the RF Carriers and Resource Allocation/Logical Channel Optimization Issues
◾Broadcast Control Channel (BCCH)
◾Frequency Correction Channel (FCCH)
◾Synchronization Channel (SCH)
◾Common Control Channels (CCCH)
◾Stand-alone Dedicated Control Channel (SDCCH)
◾Traffic Channels (TCH), full rate, half rate, and other data-carrying traffic channels
◾Associated Control Channels (ACCH)

Mapping of Logical Channels to Physical Channels, Burst Structures, and Optimization of Mapping Schemes
◾The 26-frame multiframe and its structure: Optimization options
◾The 51-frame multiframe and its structure: Optimization options
◾Burst structures, usage, and operation
◾Normal burst: Structure and usage
◾Frequency correction burst: Structure and usage
◾Synchronization burst: Structure and usage
◾Random access burst: Structure and usage
◾Dummy burst: Structure and usage

The End-to-End Digital Path: An Overview before the GSM Specifics Can Be Discussed
◾Overview of speech coding
◾Overview of error control coding, including error correction and error detection
◾Overview of modulation techniques, leading up to the GSM modulation technique

GSM Speech Coding
◾Full rate vocoder
◾Enhanced full rate vocoder
◾Half rate vocoder
◾Adaptive, multirate codec and voice quality performance optimization

GSM Error Control Coding
◾Voice traffic channel coding (error correction and error detection)
◾Data traffic channel coding options and optimization issues/limitations
◾Summary of strengths and weaknesses of the error control strategies used in GSM

Gaussian, Minimum Shift Keying (GMSK): The Digital Modulation Scheme Used in GSM
◾Why not BPSK, or QPSK, or something similar
◾What’s unique about GMSK and its properties
◾GMSK versus frequency correction burst

Call Establishment Procedures and Algorithms
◾Idle mode procedures, including details, parameters, etc of the camping algorithm
◾Cell selection/reselection procedures and parameters, including C1 and C2
◾Random Access channel (RACH) procedures and parameters
◾Dedicated mode procedures, including measurements, BSIC identification, handovers, and system optimization considerations
◾SDCCH structures, parameters, and resource allocation optimization

Layer 2 and Layer 3 Message Structures
◾Information Elements (IE) and their functionality
◾Layer 3 message structures and issues
◾Layer 3 to layer 2 interfaces
◾Layer 2 messages, associated structures, and mapping to layer 1

Evolutionary Path of GSM
◾Overview and motivation for HSCSD
◾Overview and motivation for GPRS
◾Overview and motivation for EDGE
◾Overview and motivation for CAMEL
◾Overview and motivation for 3G/WCDMA/UMTS/UTRA

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Time Frame: 0-3 Months4-12 Months

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