Course OverviewRadio Frequency - RF is a type of electric
current on a wireless network, which emits an electromagnetic field
when alternating current is applied to an antenna that is used by
many common electronic devices including mobile phones, phone
towers, WiFi, and other wireless devices. RF optimization is
carried out in order to improve the RF performance with the
existing resources.
This course builds competence in the principles behind RF
optimization applied to modern wireless systems. After completing
this course, student will be able to identify common problems of RF
optimization, examine RF optimization KPIs, set up mechanical tilt
& electrical tilt position of antenna, and optimize GSM &
WCDMA network.Duration: 3 days
Who Should Attend
Individuals and anyone needing a solid foundation for
understanding the principles of RF optimizationPrerequisites Basic
understanding of communication network would be benefical.
Course Content
Suggested Next Course
Optimizing Site and Space Management for BTS Digital Microwave
Communication Systems Certified Wireless Network Administrator
Radio Frequency Optimization
RF Optimization Principles
Concept of Optimization KPI of Radio Network Work Flow of
Optimization Parameter Adjustment Principles Common Problems of
Optimization
Propagation Analysis
Wireless Spectrum Propagation of Radio Waves Propagation Path
Radio Propagation Environment Common Propagation Models Basic
Principles and Process of Model Calibration
Role of Antenna in RF Optimization
Position and Function Working Principle of Mobile Antenna
Classification of Antennas Antenna Pattern Mechanical Tilt and
Electrical Tilt Coaxial Distributed Antenna System Intelligent
Antenna System
GSM Fundamental Principle
Requirement of GSM System Functions of GSM System Service
Structure of GSM System GSM Radio Interface Flow of GSM Signal
Numbering Plan of GSM Development of Mobile Communication
GSM Planning: The Basic Process
Capacity Planning Coverage Planning Parameter Planning Equipment
Planning Optimization
GSM Radio Network Optimization
Common Procedure of Network Optimization Data Collection
Evaluation of Network Network Optimization Introduce of Network
Optimization Tools
Key Technologies of WCDMA
Power Control Handover Rake Receiver Call Admission Control
& traffic control Intelligent Antenna and MUD Capacity of WCDMA
System
WCDMA Radio Network Planning Process
WCDMA Technical Features WCDMA Network Planning Process
WCDMA RAN KPI Introduction
KPI Overview WCDMA RAN KPI Definition and Measurement
Methods
