primig
2015-10-04, 10:39 AM
latest version:
http://www.4shared.com/rar/07Vxuy7Tce/
This training course will cover the major aspects of the LTE Air Interface in a manner that both technical and non-technical people will be able to fully appreciate. The course begins with a review of the LTE system architecture in order to fully establish the context of the radio interface operation and protocols. This initial section will also cover issues related to spectrum and deployment of LTE systems as well as comparing the 3 three main “evolutionary” radio technologies, LTE, WiMAX and UMB.
The central theme to LTE is the OFDMA and SC-FDMA radio multiplexing and modulation technique, the operation of this technology is explained and the choice of technologies used for LTE physical layer are justified. Layer 2 of the LTE protocol stack contains three sub-layers, MAC, RLC and PDCP as well as the control protocol RRC, and the main elements of each of these protocols is explained, showing how each relates to issues of mobility and mobility management with example of typical procedures given. Architectural and operational aspects of the Multicast Broadcast Multimedia Service are also covered.
Why should you attend this course?
Attend this highly interactive 2-day course and you will:
Show how the new LTE architecture inter-works with existing UMTS systems
Explain the function of the LTE Uu, X2 and S1 interfaces
Explain the basic functions of the eUTRAN component, eNB
Compare the 3 main technologies proposed for evolving current radio systems
Draw and explain functions of the major layers of the LTE Protocol Stack
Explain the operation of OFDMA and justify the use of the technology
Show how SC-FDMA reduces some of the problems associated with OFDMA
Show how the time and frequency domains are able to support a Resource Block
List some of the principle functions of the MAC, RLC and PDCP protocols
Describe the operation of the RLC layer for real time and non-real time services
Explain the operation of LTE mobility in the 3 different mobility states
Describe the operation of the eMBMS and how TV might be transmitted using the service
Course Summary:
LTE Architecture Review
LTE Protocol Stack
LTE Physical Layer
LTE MAC, RLC and RRC
LTE PDCP
LTE Resource and Mobility Procedures
LTE Evolved Multicast Broadcast Multimedia Service (eMBMS)
http://www.4shared.com/rar/07Vxuy7Tce/
This training course will cover the major aspects of the LTE Air Interface in a manner that both technical and non-technical people will be able to fully appreciate. The course begins with a review of the LTE system architecture in order to fully establish the context of the radio interface operation and protocols. This initial section will also cover issues related to spectrum and deployment of LTE systems as well as comparing the 3 three main “evolutionary” radio technologies, LTE, WiMAX and UMB.
The central theme to LTE is the OFDMA and SC-FDMA radio multiplexing and modulation technique, the operation of this technology is explained and the choice of technologies used for LTE physical layer are justified. Layer 2 of the LTE protocol stack contains three sub-layers, MAC, RLC and PDCP as well as the control protocol RRC, and the main elements of each of these protocols is explained, showing how each relates to issues of mobility and mobility management with example of typical procedures given. Architectural and operational aspects of the Multicast Broadcast Multimedia Service are also covered.
Why should you attend this course?
Attend this highly interactive 2-day course and you will:
Show how the new LTE architecture inter-works with existing UMTS systems
Explain the function of the LTE Uu, X2 and S1 interfaces
Explain the basic functions of the eUTRAN component, eNB
Compare the 3 main technologies proposed for evolving current radio systems
Draw and explain functions of the major layers of the LTE Protocol Stack
Explain the operation of OFDMA and justify the use of the technology
Show how SC-FDMA reduces some of the problems associated with OFDMA
Show how the time and frequency domains are able to support a Resource Block
List some of the principle functions of the MAC, RLC and PDCP protocols
Describe the operation of the RLC layer for real time and non-real time services
Explain the operation of LTE mobility in the 3 different mobility states
Describe the operation of the eMBMS and how TV might be transmitted using the service
Course Summary:
LTE Architecture Review
LTE Protocol Stack
LTE Physical Layer
LTE MAC, RLC and RRC
LTE PDCP
LTE Resource and Mobility Procedures
LTE Evolved Multicast Broadcast Multimedia Service (eMBMS)