Monday, November 19, 2018

IMS

IMSOne of the best training  in IMS courses by industry specialist is given by Premcell IMS coaching institute in gurgaon.IP multimedia subsystem coaching is provided with latst technology at Premcell IP multimedia subsystem institute.IMS coaching is for those who want to learn about interface and protocols.

1.IMS Introduction

  • IMS Introduction and concepts
  • Introduction to IP Multimedia Subsystem (IMS)
  • The business drivers for IMS
  • IMS Opportunities and Challenges
  • Benefits of IMS
  • IMS Standardization
  • IMS Layers - Access Layer, Transport Layer, Control Layer, Application Layer
  • High Level architecture of IMS
 
2. IMS Interfaces and Protocols
  • CSCF-Proxy, Interrogating, serving
  • HSS - Home subscriber server
  • IMS specific Identifiers – IMS Identifiers – IMPI, IMPU, SIP URI, TEL URI
  • DNS/ENUM
  • MGCF & IM-MGW
  • MRF-MRFC & MRFP
  • Session Border Controller - SBC
  • E-CSCF
 
 
Duration: 1 Day
 
IP Multemedia subsyestems
Premcell IMS training institue in Gurgaon delivers one of the best IMS coaching by the industry specialist. IMS training courses are provided by Premcell with latest technology.
 
 
1.IMS Introduction
  • IMS Introduction and concepts
  • Introduction to IP Multimedia Subsystem (IMS)
  • The business drivers for IMS
  • IMS Opportunities and Challenges
  • Benefits of IMS
  • IMS Standardization
  • IMS Layers - Access Layer, Transport Layer, Control Layer, Application Layer
  • High Level architecture of IMS
 
2. IMS Interfaces and Protocols
  • CSCF-Proxy, Interrogating, serving
  • HSS - Home subscriber server
  • IMS specific Identifiers – IMS Identifiers – IMPI, IMPU, SIP URI, TEL URI
  • DNS/ENUM
  • MGCF & IM-MGW
  • MRF-MRFC & MRFP
  • Session Border Controller - SBC
  • E-CSCF
2.IMS Access Solution
  • VoLTE
  • VoWifi
  • PES
 
4.IMS Protocols
  • SIP/SDP
  • Diameter
 
 
Duration: 2 Day
 
1.IMS Introduction
  • IMS Introduction and concepts
  • Introduction to IP Multimedia Subsystem (IMS)
  • The business drivers for IMS
  • IMS Opportunities and Challenges
  • Benefits of IMS
  • IMS Standardization
  • IMS Layers - Access Layer, Transport Layer, Control Layer, Application Layer
  • High Level architecture of IMS
 
2. IMS Interfaces and Protocols
  • CSCF-Proxy, Interrogating, serving
  • HSS - Home subscriber server
  • IMS specific Identifiers – IMS Identifiers – IMPI, IMPU, SIP URI, TEL URI
  • DNS/ENUM
  • MGCF & IM-MGW
  • MRF-MRFC & MRFP
  • Session Border Controller - SBC
  • E-CSCF
 
3.IMS Access Solution
  • VoLTE
  • VoWifi
  • PES
 
4.IMS Protocols
  • SIP/SDP
  • Diameter
  • RTP
  • H.248
 
5.Application Server in IMS
  • Function of AS in IMS solution
  • MMTEL Server
  • Example of MMTEL services
 
 
6.Call Flows
  • UE Registration
  • IMS Subscriber to IMS Subscriber
  • IMS to SS7 Subscriber
  • SS7 Subscriber to IMS
 
Duration of Training 4 days
 
 
1. IMS Evolution,Architecture and concepts
  • IMS Introduction and concepts
  • Introduction to IP Multimedia Subsystem (IMS)
  • The business drivers for IMS
  • IMS Opportunities and Challenges
  • Benefits of IMS
  • IMS Standardization
  • Fixed Mobile Convergence
  • IMS Layers - Access Layer, Transport Layer, Control Layer, Application Layer
  • High Level architecture of IMS
2. IMS Acess Solution
  • VoLTE
  • VoWifi
  • PES
  • 3. IMS Core (Detailed)
  • IMS Core Architecture and Network elements
  • Numbering and addressing –IMPI,IMPU,SIP URI,TEL URI
  • IMS Interfaces and Protocols
  • CSCF-Proxy,Interogating,serving
  • HSS - Home subscriber server
  • IMS specific Identifiers – IMS Identifiers – IMPI,IMPU,SIP URI,TEL URI,PSI
  • DNS/ENUM
  • MGCF & IM-MGW
  • MRF-MRFC & MRFP
  • IMS Basic call Flow – MO/MT
  • Session Border Controller - SBC
  • E-CSCF
4. IMS Protocols
  • SIP/SDP
  • Diameter
  • H.248
  • RTP
5. Application Server
  • Function of AS
  • MMTEL Server
  • Example of MMTEL services
  • IP-SM-GW
  • IM-SSF
6. Charging in IMS
  • Overview of charing
  • IMS Use cases
  • Offline Charging concept
  • online charging concept
  • CDR's
7. Call Flows
  • UE Registration
  • IMS user  to IMS user
  • IMS to SS7 user
  • SS7 User to IMS

LTE CARRIER AGGREGATION

Training ObjectiveBy the end of the course, the participants will understand basics of LTE Carrier Aggregation and its benefits.

Duration of Training : 0.5 Days
Prerequisite : General knowledge of LTE mobile communication networks.

Module List Detailed
Module 1: LTE-Advanced Rel-10
Topics discussed in this module are listed below:

  • INTRODUCTION TO LTE ADVANCED (REL-10)
  • LTE ADVANCED REQUIREMENTS
  • LTE-ADVANCED ARCHITECTURE
  • UE CATEGORIES
Module 2: LTE-Carrier Aggregation
Topics discussed in this module are listed below:

  • RF Aspects
  • CA Primary and Secondary Cells
  • PUCCH Changes due to CA
  • Mobility
  • CA Deployment Scenarios
  • Rel-11 Carrier Aggregation Enhancements
  • Dual Connectivity for LTE
  • CA vs Dual Connectivity
  • Rel. 13 Carrier Aggregation

LTE ARCHITECTURE

Training ObjectiveBy the end of the course the participants will understand the LTE Architecture.

Duration of Training : 0.5 Days
Prerequisite : General knowledge of mobile communication networks.

Module List DetailedModule 1: LTE Overview
Topics discussed in this module are listed below:

  • LTE MOTIVATION
  • LTE REQUIREMENTS
  • LTE KEY FEATURES
  • LTE ADVANCED
Module 2: LTE Architecture
Topics discussed in this module are listed below:

  • SYSTEM ARCHITECTURE EVOLUTION (SAE)
  • NETWORK ELEMENTS
  • BASIC ARCHITECTURE INTERFACES AND PROTOCOLS
  • ROAMING ARCHITECTURE INTERFACES AND PROTOCOLS
  • LTE AND 2G/3G INTERWORKING ARCHITECTURE
  • LTE AND NON-2G/3G INTERWORKING ARCHITECTURE

LTE BASIC SIGNALLING PROCEDURES

Training ObjectiveBy the end of the course, the participants will understand the basic signalling procedures in LTE.

Duration of Training : 1 DaysPrerequisite : General knowledge of mobile communication networks.

Module List Detailed
Module 1: LTE Overview
Topics discussed in this module are listed below:

  • LTE MOTIVATION
  • LTE REQUIREMENTS
  • LTE KEY FEATURES
  • LTE ADVANCED
 
Module 2: LTE Architecture
Topics discussed in this module are listed below:
  • SYSTEM ARCHITECTURE EVOLUTION (SAE)
  • NETWORK ELEMENTS
  • BASIC ARCHITECTURE INTERFACES AND PROTOCOLS
  • ROAMING ARCHITECTURE INTERFACES AND PROTOCOLS
  • LTE AND 2G/3G INTERWORKING ARCHITECTURE
  • LTE AND NON-2G/3G INTERWORKING ARCHITECTURE
 
Module 3: Signalling Procedures
Topics discussed in this module are listed below:
  • LTE/SAE Mobility Areas
  • Tracking Area Overlapping
  • Tracking Areas: MME Pooling 
  • UE IDENTITIES
  • IMSI
  • Global Unique Temporary UE Identity (GUTI)
  • S-TMSI
  • MOBILITY MANAGEMENT
  • EPS Mobility Management (EMM) States
  • EPS Connection Management (ECM) States
  • EMM & ECM States Transitions
  • LTE/SAE BEARER
  • EPS Bearer Architecture
  • Bearer Establishment triggers
  • Default Bearer
  • Bearer QoS Awareness
  • Bearer QoS Parameters
  • Bearer Usage Example
  • LTE/SAE PROCEDURES
  • Attach Procedure
  • Detach Procedure
  • S1 Release Procedure
  • Service Request
  • Tracking Area Update Procedure
  • Dedicated Bearer Activation
  • LTE Handover
  • EPS Authentication and Key Agreement (AKA)

HSPA EXPLAINED

Target Audience

  • Mobile Networks RF Engineers
  • Mobile Networks Field Engineers
  • Mobile Networks Planning and Optimization Engineers
  • Mobile Networks Performance Engineers
 

Training Objective                              

  • Basic introduction to HSDPA
  • Basic introduction to Enhanced Uplink (HSUPA)
  • Understand the HSPA Evolution and Features
 
 
Duration of Training
3 Days (to be determined depending on the contents)
 
Prerequisite                           

  • Basic knowledge of 3G Mobile Networks Architecture
  • Basic knowledge of 3G Mobile Networks Air Interface
  • Basic knowledge of 3G Mobile Networks Operation (Signalling & Protocols)
 

COURSE MODULES
 
1. HSDPA Overview
 
  • Introduction to HSDPA
  • HSDPA Specifications
  • HSDPA principals
  • HSDPA channels
  • HSDPA Data Rates
  • HSDPA Terminals
 
2. Enhanced Uplink (HSUPA) Overview
 
  • Introduction to HSUPA
  • HSDPA Specifications
  • HSDPA principals
  • HSDPA channels
  • HSDPA Data Rates
  • HSDPA Terminals
 
 
3. HSPA Evolution (HSPA+)
 
  • 64-QAM HSDPA
  • 16-QAM HSUPA
  • MIMO
  • 4TX MIMO
  • DC-HSDPA and MIMO
  • DB-HSDPA
  • DC-HSUPA
  • 4C-HSDPA
  • 8C-HSDPA
  • HS-DSCH in CELL_FACH
 
 
4. HSPA Resource Management
 
  • HSDPA Resource management
  • HSUPA Resource management

LTE EXPERT

Course Details

4G LTE classes are avilable in Gurgaon at Premcell. Premcell 4G LTE institute provides best LTE training classeswith LTE certification.LTE  course is for those who wish to acquire knowledge on LTE Air Interface aspects, including Radio Planning.

Target Professionals
This training is targeting engineers who wish to acquire knowledge on LTE Air Interface aspects, including Radio Planning.
This training is theoretical, thus it is also useful for engineers working other areas such as core network, transport, etc as a way to get a first overview on LTE networks.

Training Objective                              
  • Introduction to LTE and LTE architecture
  • Understand how the LTE air Interface works
  • Understand different LTE physical procedures
  • Understand the basic aspects of the LTE Radio Planning
 
Duration of Training: 5 Days 
Prerequisite: General knowledge of mobile communication networks, specifically their Air Interface. 
List of Modules

  • LTE Overview
  • LTE Network Architecture
  • LTE Air Interface Radio Aspects
  • LTE Air Interface Protocols and Radio Channels
  • MIMO
  • LTE Advanced
  • LTE Physical Procedures
  • Session Management
  • Introduction to LTE Radio Planning
 
Module List Detailed
 
 
Module 1: LTE Overview
 
Topics discussed in this module are listed below:
 
  • Motivation to develop LTE/SAE.
  • LTE/SAE requirements and key features.
  • LTE comparison with other mobile communication technologies
 
Module 2: LTE Network Architecture
 
Topics discussed in this module are listed below:
 
  • Evolution from GSM to LTE/SAE architecture
  • Description of the Network Elements in a SAE/LTE network
  • Description of the SAE/LTE interfaces
 
Module 3: LTE Air Interface Radio Aspects
 
Topics discussed in this module are listed below:
 
  • OFDM basics
  • OFDM Multiple Access
  • Radio Access Principles
 
Module 4: LTE Air Interface Protocols and Radio Channels
 
Topics discussed in this module are listed below:
 
  • Introduction to Air Interface Protocols
  • Physical layer Aspects
  • LTE Air Interface Layer 2
  • Radio Resource Control (RRC)
  • LTE Radio Channels
  • Physical Channels Resource Allocation
 
 
Module 5: MIMO
 
Topics discussed in this module are listed below:
 
  • Introduction to Multiple Antenna Systems
  • MIMO Physical Channel Processing
  • LTE Transmission Modes
 
Module 6: LTE Advanced
 
Topics discussed in this module are listed below:
 
  • LTE Advanced Introduction
  • LTE Advanced Requirements
  • Architecture changes
  • UE Categories
  • Carrier aggregation
  • Enhanced Multiple Antenna Systems
  • Relays
  • Heterogeneous Networks (HetNets)
 
Module 7: LTE Physical Procedures
 
Topics discussed in this module are listed below:
 
  • Introduction to Air Interface Procedures
  • Air Interface Measurements
  • Cell Search
  • Timing Advance
  • Power Control
  • Random Access
  • HARQ Procedures
  • Radio Resource Management
  • Mobility Procedures in Idle State
  • Handover control
 
Module 8: Introduction to LTE Radio Planning
 
Topics discussed in this module are listed below:
 
  • Radio Planning Process
  • Coverage Dimensioning
  • Link Budget and Exercise
  • Capacity Dimensioning
 
Module 9: LTE Session Management
 
Topics discussed in this module are listed below:
 
  • LTE/SAE Mobility Areas
  • UE Identifications
  • LTE/SAE Mobility Management
  • LTE/SAE Bearers

LTE AIR INTERFACE

Course Details
5G LTE training is latest training which premcell is providing. 4G training is useful for engineers working other areas such as core network, transport, etc as a way to get a first overview on LTE networks.
4G course is for those engineers who work in areas such as core network, transport, etc as a way to get a first overview on LTE networks.

Target Audience
This training is targeting engineers who wish to acquire knowledge on the basics of LTE Air Interface.

This training is theoretical, thus it is also useful for engineers working other areas such as core network, transport, etc as a way to get a first overview on LTE networks.

Training Objective                              
  • Understand the basics of LTE air Interface.
  • Understand OFDM, OFDMA and SC-FDMA.
  • Understand the LTE channel structure
  • Understand MIMO
  • Understand the basics of LTE Advanced.
 
Duration of Training: 3 Days

 
Prerequisite: General knowledge of mobile communication networks, specifically their Air Interface.
 
List of Modules

  • LTE Overview and Architecture
  • LTE Air Interface Basics
  • LTE Air Interface Protocols and Radio Channels
  • LTE MIMO
  • LTE Advanced

 
Module List Detailed
 
 
Module 1: LTE Overview and Architecture
 
Topics discussed in this module are listed below:
 
  • Motivation to develop LTE/SAE.
  • LTE/SAE requirements and key features.
  • LTE Architecture
 
Module 2: LTE Air Interface Basics
 
Topics discussed in this module are listed below:
  • OFDM basics
  • OFDM Multiple Access
  • Radio Access Principles
  • LTE Radio Channels
  • MIMO
 
Module 3: LTE Air Interface Protocols and Radio Channels
 
Topics discussed in this module are listed below:
 
  • Physical Layer Aspects
  • LTE Layer 2
  • LTE Radio Channels
  • Physical Channels Resource Allocation
 
Module 4: LTE MIMO
 
Topics discussed in this module are listed below:
 
  • Introduction to Multi-Antenna systems
  • MIMO Physical Channel processing system
  • LTE MIMO Transmission Modes
Module 5: LTE Advanced
 
Topics discussed in this module are listed below:
 
  • LTE Advanced Requirements
  • Carrier Aggregation
  • MIMO Enhancements
  • Coordinated Multipoint
  • Relays
  • Heterogeneous Networks