Introduction to GSM Optimization
Our practical telecommunication courses aim to create quality telecom professionals who can effectively serve in field.
- 2G to 4G Telecommunication
- 2G/3G Indoor Coverage Planning
- 3G Overview – UMTS and HSPA
- 4G and LTE – Non-Technical Appreciation
- Antennas for LTE
- Billing for Mobile Telecoms
- Billing for Mobile Telecoms – The Basics
- CDMA Networks
- CDMA2000™ Radio Access
- cdmaOne™ Radio Access
- Cell Planning for GSM Networks
- Cell Planning for LTE Networks
- Cell Planning for UMTS Networks
- Diameter in 3GPP Charging and Billing
- Enhanced Data Rates for Global Evolution (EDGE)
- General Packet Radio System(GPRS)
- GPRS System Overview
- GSM Air Interface
- GSM Architecture and Protocols
- IMS and its Evolution – UMTS to LTE
- Interconnect Billing
- Intro to Radio Planning for Mobile Networks
- Introduction to GSM – Non Technical
- Introduction to GSM and GPRS
Introduction to UMTS Optimization
LTE (Long Term Evolution) – In-Depth
LTE Air Interface
LTE Air Interface: Physical and MAC Layers
LTE Charging Management and Applications
LTE Core Network
LTE Evolved Packet Core Network
LTE Interworking
LTE Parameters and Tuning
LTE Radio Access Network
LTE RF Analysis and Design
- LTE RF Analysis and Design for Public Safety
- LTE RF Network Planning
- Primer in Mobile Communications – Non Technical
- Principles of Radio Site Engineering
- Signal Processing for Mobile Communications
- SMPP (Short Message Peer to Peer Protocol)
- Telecoms and Networking Boot camp
- Telecoms – Today and Tomorrow Market Workshop
- Telecoms – Today and Tomorrow Technology Workshop
- TETRA RF Network Planning
- TETRA System Overview
- The Basics of Trunked Communications and TETRA
- The Economics of Telecommunication
- UMTS Air Interface
- Fundamentals of Radio: Analysis, Design and Propagation
- Fundamentals of RF, Wireless Systems and Networks
- Implementing Professional Wi-Fi Networks
- IUWNE – Implementing Cisco Unified Wireless Networking Essentials – v1.0
