Document of RNP and RNO of GSM

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Document of RNP and RNO of GSM


1. Chapter 1 of GSM RNP&RNO- GSM Overview-2006023-A-1.0
2. Chapter 2 of GSM RNP&RNO- GSM System Principles and call flow-20060509-A-1.0
3. Chapter 3 of GSM RNP&RNO- Radio Transmission Theory-20060325-A-1.0
4. Chapter 4 of GSM RNP&RNO－Application of Antenna Feeder System-20060327-A-1.0
5. Chapter 5 of GSM RNP&RNO- GSM Radio Network Planning-20060511-A-1.0
6. Chapter 6 of GSM RNP&RNO-GSM Frequency Planning-20060624-A-1.0
7. Chapter 7 of GSM RNP&RNO-GSM Parameter Configuration and Adjustment-20060624-A-1.0
8. Chapter 8 of GSM RNP&RNO-GSM Radio Network Optimization-20060624-A-1.0
9. Chapter 9 of GSM RNP&RNO-GSMR Radio Network Planning-20060624-A-1.0
10. Chapter 10 of GSM RNP&RNO -GPRS Radio Network Planning and Optimization-20060624-A-1.0

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Chapter 6 of《GSM RNP&RNO》-GSM Frequency Planning-20060624-A-1.0

Table of Contents

6.1 Overview
6.2 Frequency Division and C/I Requirement
6.2.1 Frequency Division
6.2.2 C/I
6.3 Frequency Planning Principle
6.4 Normal Frequency Reuse Technology
6.4.1 C/I under 4 x 3 Frequency Reuse Pattern
6.4.2 10MHz Bandwidth 4 x 3 Frequency Reuse
6.4.3 19MHz Bandwidth 4 x 3 Frequency Reuse
6.4.4 6MHz Bandwidth 4 x 3 Frequency Reuse
6.4.5 4 x 3 Frequency Reuse Conclusion
6.5 Aggressive Frequency Reuse Technology
6.5.1 3 x 3 Frequency Reuse Pattern
6.5.2 2 x 6 Reuse Pattern
6.5.3 2 x 3 Frequency Reuse Pattern
6.5.4 1 x 3 Frequency Reuse Pattern
6.5.5 1 x 1 Frequency Reuse Pattern
6.5.6 A + B Frequency Reuse Pattern
6.6 Concentric Cell Technology
6.6.1 Concept
6.6.2 General Underlay Overlay
6.6.3 Intelligent Underlay Overlay
6.6.4 Characteristics of Concentric Cell Technology
6.7 Multiple Reuse Pattern Technology
6.7.1 Basic Principle
6.7.2 MRP Sequence Grouping
6.7.3 MRP Space Grouping
6.7.4 Characteristics of MRP Technology
6.7.5 Comparison between MRP and 1 X 3 Frequency Reuse Pattern
6.8 Network Capacity Comparison

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Chapter 7 GSM Parameter Configuration and Adjustment

Table of Contents

7.1 Network and Cell ID
7.1.1 Cell Global ID
7.1.2 Base Station Identity Code
7.2 Paging and Access Control Parameters
7.2.1 Number of Access Grant Reserved Blocks (BS_AG_BLK_RES or AG)
7.2.2 Frame Number Coding Between Identical Paging
7.2.3 Common Control Channel Configuration (CCCH-CONF)
7.2.4 Extended Transmission Slots (TX_INTEGER)
7.2.5 Minimum Access Level of RACH
7.2.6 Random Access Error Threshold
7.2.7 Access Control Class (ACC)
7.2.8 Maximum Retransmission Times (RET)
7.2.9 Control Class of MS Maximum Transmit Power (MS-TXPWR-MAX-CCH)
7.2.10 Power Offset (POWEROFFSET)
7.2.11 IMSI Attach/Detach Allowed
7.2.12 Direct Retry (DR)
7.3 Serial Parameters of Cell Selection and Reselection
7.3.1 cell_bar_access
7.3.2 cell_bar_qualify
7.3.3 Minimum Received Level Allowing MS to Access (RXLEV_ACCESS_MIN)
7.3.4 Additional Reselection Parameter Indicator
7.3.5 Cell Reselection Parameter Indicator
7.3.6 Cell Reselection Offset, Temporary Offset, and Penalty Time
7.3.7 Cell Reselection Hysteresis (CRH)
7.4 Parameters Affecting Network Functions
7.4.1 Newly Established Cause Indicator (NECI)
7.4.2 Power Control Indicator (PWRC)
7.4.3 Discontinuous Transmit of Uplink
7.4.4 Discontinuous Transmit of Downlink
7.4.5 Call Resetup Allowed
7.4.6 Emergency Call Allowed
7.4.7 Early Classmark Sending Control
7.5 Frequency Hopping Parameters
7.5.1 Frequency Hopping Sequence Number
7.5.2 Mobile Allocation
7.5.3 Mobile Allocation Index Offset
7.6 Distance Control Parameters
7.6.1 Call Clearing 33
7.6.2 TA Handover Threshold (MSRANGEMAX)
7.6.3 TA Restriction (MS_BS_DIST_USED)
7.7 Radio Link Failure Process and Parameters
7.7.1 Radio Link Failure Counter (RLC or Radio Link Timeout)
7.7.2 SACCH Multiframe (RLTO_BS)
7.8 Handover and Related Parameters
7.8.1 PBGT Handover Threshold (HoMargin)
7.8.2 Minimum Downlink Power of Handover Candidate Cells (rxLevMinCell)
7.8.3 Handover Threshold at Uplink Edge
7.8.4 Handover Threshold at Downlink Edge
7.8.5 Downlink Quality Restriction of Emergency Handover
7.8.6 Uplink Quality Restriction of Emergency Handover
7.8.7 Uplink Quality Threshold of Interference Handover
7.8.8 Downlink Quality Threshold of Interference Handover
7.8.9 Uplink Received Power Threshold of Interference Handover
7.8.10 Downlink Received Power Threshold of Interference Handover
7.8.11 Maximum Repeated Times of Physical Messages (NY1)
7.8.12 Multiband Indicator (multiband_reporting)
7.8.13 Permitted Network Color Code (ncc permitted)
7.9 Power Control and Related Parameters
7.9.1 Maximum Transmit Power of MS (MSTXPWRMX)
7.9.2 Received Level Threshold of Downlink Power Increment (LDR)
7.9.3 Received Level Threshold of Uplink Power Increment (LUR)
7.9.4 Received Quality Threshold of Downlink Power Increment (LDR)
7.9.5 Received Quality Threshold of Uplink Power Increment (LUR)
7.9.6 Received Level Threshold of Downlink Power Decrement (UDR)
7.9.7 Received Level Threshold of Uplink Power Decrement (UUR)
7.9.8 Received Quality Threshold of Downlink Power Decrement (UDR)
7.9.9 Received Quality Threshold of Uplink Power Decrement (UUR)
7.9.10 Power Control Interval (INT)
7.9.11 Power Increment Step (INC)
7.9.12 Power Decrement Step (RED)
7.10 Systematic Important Timers
7.10.1 T3101
7.10.2 T3103
7.10.3 T3105
7.10.4 T3107
7.10.5 T3109
7.10.6 T3111
7.10.7 Parameter T3212
7.10.8 T3122
7.10.9 T3124
7.10.10 T11
7.10.11 T200
7.10.12 N200

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. 60Chapter 8 GSM Radio Network Optimization

Table of Contents

8.1 Network Optimization Procedure
8.2 Network Optimization Tools
8.2.1 Test MS
8.2.2 Drive Test Software
8.2.3 Signaling Analyzer
8.2.4 Network Optimization Software
8.3 Network Performance Evaluation
8.3.1 DT
8.3.2 CQT
8.3.3 Network Operation Indexes
8.4 Traffic Statistics Index Analysis
8.4.1 General Analysis Method
8.4.2 High Call Drop Rate Analysis
8.4.3 High TCH Congestion Rate Analysis 12
8.4.4 High SDCCH Congestion Rate Analysis
8.4.5 Low Handover Success Rate Analysis
8.5 Network Problem Solutions
8.5.1 Coverage Problems
8.5.2 Interference Problems
8.5.3 Call Drop Problems
8.5.4 Handover Problems
8.5.5 Congestion Problems
8.5.6 Other Problems

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Chapter 9 GSM-R Radio Network Planning

Table of Contents

9.1 Overview
9.2 Basic GSM-R Services
9.2.1 eMLPP
9.2.2 VGCS
9.2.3 VBS
9.3 GSM-R Cell Design
9.3.1 Single Cell & Uni-Direction
9.3.2 Power Splitter & Single Cell & Bi-Direction
9.3.3 8-Shaped Antenna & Single Cell & Bi-Direction
9.4 GSM-R Antenna Selection
9.5 GSM-R Coverage Design
9.5.1 Solution of Overlapping Coverage
9.5.2 Solution of Weak-Field Coverage
9.6 Entrance-Exit Handover Analysis
9.7 GSM-R Frequency Planning
9.7.1 Interference Analysis
9.7.2 GSM-R Frequency Planning Analysis
9.8 GSM-R Capacity Planning
9.8.1 Point-to-Point Traffic
9.8.2 Group Call Traffic
9.8.3 Broadcast Call Traffic
9.8.4 Data Service
9.8.5 Total Traffic Volume
9.9 Special GSM-R Network Planning Parameters
9.10 GPRS Application
9.11 GSM-R Service Forecast

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Chapter 10 GPRS Radio Network Planning and Optimization

Table of Contents

10.1 GPRS Basic Principles
10.1.1 Network Structure and Functional Entities
10.1.2 Service Function and Numbering Plan
10.1.3 Main Interfaces and Related Protocols
10.1.4 Radio Channels and Their Importance
10.1.5 System Information and Main Flows
10.1.6 Parameters and Application
10.2 GPRS Network Planning
10.2.1 Capacity Planning
10.2.2 Coverage Planning
10.2.3 Frequency Planning
10.3 GPRS Network Optimization
10.3.1 GPRS Network Optimization Objectives and Principles
10.3.2 Network Optimization Indexes
10.3.3 Network Optimization Problem Analysis

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Chapter 4 Application of Antenna Feeder System

Table of Contents

4.1 Overview
4.2 Antenna Basics
4.2.1 Types
4.2.2 Working Principles
4.2.3 Important Technology Characteristics
4.2.4 Antenna diversity
4.2.5 Relationship between antenna lobe width and antenna gain
4.3 Antenna Tilt Planning
4.3.1 Antenna Tilt design
4.3.2 Application
4.4 Antenna Selection
4.4.1 Problems Present in Antenna Selection
4.4.2 Principles for Selecting Base Station Antenna in Urban Areas
4.4.3 Principles for Selecting Base Station Antenna in Suburban Areas
4.4.4 Principles for Selecting Base Station Antenna in Rural Areas
4.4.5 Principles for Selecting Base Station Antenna along Highroads
4.4.6 Other Considerations for Antenna Selection
4.4.7 Antenna Selection Reference
4.5 Combiner and Divider Unit
4.5.1 Principles
4.5.2 Configuration of Combiner and Divider Unit
4.6 Tower Amplifier
4.7 Feeder
4.8 Distributed Antenna System
4.8.1 Composition Principle of a Distributed Antenna System
4.8.2 Types of Distributed Antenna Systems
4.8.3 Key Technical Indexes for Antenna Components
4.9 New Antenna Technology—Smart Antenna Overview
4.9.1 Smart antenna
4.9.2 Smart Antenna Application


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Chapter 1 of GSM RNP&RNO +- GSM Overview-20060223-A-1.0


this document , i think already post somewhere in this forum ,
but i not sure that is same document or not

i am upload only make complete all document

this is without content of document

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this document , i think already post somewhere in this forum ,
but i not sure that is same document or not

i am upload only make complete all document

Chapter 2 GSM Principles and Call Flow

Table of Contents

1.1 GSM Frequency Band Allocation
1.2 Multiple Access Technology and Logical Channel
1.2.1 GSM Multiple Access Technology
1.2.2 TDMA Frame
1.2.3 Burst
1.2.4 Logical Channel
1.3 Data Transmission
1.3.2 Voice Coding
1.3.3 Channel Coding
1.3.4 Interleaving
1.3.5 Encryption
1.3.6 Modulation and Demodulation
1.4 Timing advance
1.5 System Information
1.6 Cell Selection and Re-Selection
1.6.1 Cell Selection
1.6.2 Cell Selection Process
1.6.3 Down Link Failure
1.6.4 Cell Re-Selection Process
1.7 Frequency Hopping
1.7.1 Types of Frequency Hopping
1.7.2 Frequency Hopping Algorithm
1.7.3 Benefits of Frequency Hopping
1.8 Discontinuous Reception and Discontinuous Transmission
1.8.1 Discontinuous Reception and Paging Channel
1.8.2 DTX
1.9 Power Control
1.9.1 Power Control Overview
1.9.2 MS Power Control
1.9.3 BTS Power Control
1.9.4 Power Control Processing
1.10 Immediate Assignment Procedure
1.10.1 Network Access License and Random Access Request
1.10.2 Initial Immediate Assignment
1.10.3 Initial Message
1.10.4 Immediate Assignment Failure
1.11 Authentication and Encryption
1.11.1 Authentication
1.11.2 Encryption
1.11.3 TMSI Reallocation
1.11.4 Exceptional Situations
1.12 Location Update
1.12.1 Generic Location Update (Inter-LA Location Update)
1.12.2 Periodic Location updating
1.12.3 IMSI Attach and Detach
1.12.4 Exceptional Situations
1.13 MS Originating Call Flow
1.13.1 Called Number Analysis
1.13.2 Voice Channel Assignment (Follow-up Assignment)
1.13.3 Call Connection
1.13.4 Call Release
1.13.5 Exceptional Situations
1.14 MS Originated Call Flow
1.14.1 Enquiry
1.14.2 Paging
1.14.3 Call Establishment for the Called Party
1.14.4 The Influence of Call Transfer to Routing
1.14.5 Exceptional Situations
1.15 HO
1.15.1 HO Preparation
1.15.2 HO Types
1.15.3 HO Process Analysis
1.15.4 Exceptional Situations
1.16 Call Re-Establishment
1.16.1 Introduction
1.16.2 Call Re-Establishment Procedure
1.16.3 Exceptional Situations
1.16.4 SM Procedure
1.16.5 Short Message Procedure on SDCCH When MS is Calling
1.16.6 Short Message Procedure on SDCCH When MS is Called
1.16.7 Short Message Procedure on SACCH When MS is Calling
1.16.8 Short Message Procedure on SACCH when MS is Called
1.17 CBS
1.17.1 CBS Mechanism
1.17.2 BSC-BTS Message Transmission Mode


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Chapter 3 of GSM RNP&RNO+- Radio Transmission Theory-20060325-A-1.0

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i am upload only make complete all document

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