Objectives:
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- The Idle Mode parameters
- Power control parameters
- Other Cell parameters
- BSC parameters
- BTA parameters
- Frequency Hopping Parameters
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Who should attend? |
This course is open to any telecommunications professionals who require a good understanding
The BSS subsystem Parameters.
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Prerequisites: |
| Understanding GSM |
Detailed contents: |
Introduction
- GSM Network Architecture and Interconnection
- Frequency Allocation and FDMA
- Timeslots and TDMA frames
- TDMA Frame
- Traffic 26-multiframe TDMA frame
- Control 51-multiframe TDMA frame
- Superframe
- Hyperframe
- Mapping of physical channel and logical channel
- Logical Channels
Traffic Channels
Control Channels
- Timing Advance TA
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Idle Mode Parameters
- Mobile states
- Idle Mode Tasks
- Idle Mode Process Overview
- Cell Selection/Reselection
- Paging Block Structure
- Paging Parameters
- Paging Groups
- Transmission of Paging Message
- Paging BSC Parameters
- Paging MSC Parameters List
- Extended MS Paging
- Retransmission of pages
- Reducing unnecessary pages
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Handover Parameters
- Radio link measurement
- Measurement report
- Handover process
Handover Causes and Priorities
Handover Types Based on Relation to Neighbor Cell
- Power Budget
- Ping-Pong Handover
- BSS Rolling Average
- N and P Voting Mechanism
- Hreqave/Hreqt and N/P Relationship
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Power control process
- MS (uplink) Power Control
- MS Power Control Range
- MS Power Control Parameters
- BTS (Downlink) Power Control
- BTS Power Control Range
- BTS Power Control Parameters
- Power Control - Measurement and Procedure
- Quality Power Control Window
- RX level Power control Window (Threshold Comparison)
- Rapid MS Power Down
- Optimized Power Control
- Power Control Combinations For Uplink and Downlink
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Other cell Parameters
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Frequency Hopping Parameters
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| Other Parameters
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