1 - 5

• Basic of GSM Um,Abis and A Interface
• BCH,CCCH and DCCH Channel of GSM
• Hierarchical Structure of Um Interface in GSM
• How Voice Signal Processing in GSM
• Timing Advance in GSM

6 - 10

• What is Network Identity Parameter CGI in GSM
• What is MNC and MCC for GSM
• What is Use of LAC in GSM
• What is Cell Identity CI in GSM
• What is BSIC and its use in GSM

11 - 15

• Network Color Code NCC for GSM
• BTS Color Code BCC in GSM
• Requirement for Interference and Carrier to Interference Ratio in GSM
• 4*3 Frequency Reuse in GSM
• Multi layer Frequency Reuse Pattern in GSM

16 - 20

• Advantages of Multi layer frequency Reuse Pattern
• GSM Underlaid Overlaid Frequency Allocation and Configuration
• How 1x 3 or 1x1Reuse Patterns in Frequency Planing
• What is Principle for Frequency Planning in GSM
• TCH Interval Allocation Scheme for GSM

21 - 25

• Comparison between Multi layer Reuse and 1*3 in GSM
• What is Frequency Hopping in GSM
• What is The Advantages of Frequency Hopping in GSM
• How Frequency Diversity of Hopping in GSM
• How Interference Diversity of Hopping in GSM

26 - 30

• Key Parameter list for Hopping
• What is Principle of Base Band Hopping in GSM
• What is Principle of RF Hopping in GSM
• List of Important Terminology of GSM
• How SIM works in GSM

31 - 35

• How PLMN Selection in GSM
• How Cell Selection in GSM
• What is the accurate way of setting the RxLevAccessMin parameter
• Comparison Between Status of Mobile Ideal and Mobile Busy
• What is GSM Cell Reselection and How it works.

36 - 40

• Slow and Fast Frequency Hopping in GSM
• How many Frequency Hopping Modes in GSM
• What is Cell Allocation in GSM
• Work of MA, HSN and MAIO in GSM
• Effect of Interleaving and Frequency Diversity in GSM

41 - 45

• How Different Frequency Diversity gains with Cyclic and Random Hopping
• Hopping Effect in Cell Coverage area and on Mobile Speed
• Interference Diversity effect with Hopping and Without Hopping
• Effect of Power Control and DTX in GSM
• Effect of DTX in RX Quality distribution

46 - 50

• Step to Select any Site in RF Planning
• Pri Selection Site or RF planning First point
• ERP,EIRP,dB and dBm definition in RF Planning
• Why Handover Required in GSM and its Procedure
• How Location Aided Handover

51 - 55

• How Basic System Architecture for Location Aided Handover
• What is Simulator and how it works
• Definition and Effect of Reflection, Diffraction, Scattering and Multipath Propagation in RF Engineering
• What is FADING, Its Type and Effect in RF design
• Why link budget analysis in GSM

56 - 60

• Effect of Antenna Gain and Diversity Gain in GSM RF
• Value of Cable, Connector and Combiner Loss
• Losses by Duplexer, Body And Penetration
• Fade Margin Calculation in GSM
• Receiver sensitivity and Uplink Losses for GSM

61 - 65

• Hata´S Empirical Formula And Cell Size Estimation
• What and Why Drive Test in RF Network
• Cable Integrity and Cable Loss Test in GSM
• Site Selection Criteria in GSM
• Drive Test Plan, Procedure and output for GSM

66 - 70

• Antenna Types and Antenna Characteristics
• Antenna Installation and Downtilting
• Why Diversity Antenna Systems Required
• How and What Spatial Diversity Antenna Systems in GSM
• What are Interference and its source, effect and types in GSM

71 - 75

• Frequency Planning Steps for GSM
• GSM Repeater what and How to Use
• GSM Mobile Equipment and GSM SIM
• GSM RF Optimization Step by Step
• Why and How BSIC Planning in GSM

76 - 80

• What is HLR and VLR and its function in GSM
• How Authentication Center (AUC) works in GSM
• Why and What Echo Canceller in GSM
• How 26 and 51 Multiframes in GSM
• What is Burst in GSM and Burst Types in GSM

81 - 85

• How Radio Path Channel Encoding in GSM
• Definition and works of Interleaving in GSM
• How Diagonal Interleaving for Speech in GSM
• How Rectangular Interleaving for Control Channel in GSM
• How Diagonal Interleaving for Data in GSM

86 - 90

• What is Speech Coding
• What is Channel Coding
• What is Interleaving
• Frequency Hopping
• DTX: Discontinuous Transmission