Week 8Lecture 22Implementation Issues(Multi-carrier modulation and demodulation)T-1:4 4.1AV-10Multi-carrier modulation and demodulation techniquesAt the end of this lecture students will learn the Multi-carrier modulation and demodulation techniquesLecturing, Questioning and Matlab Simulation

Lecture 23Implementation Issues(Pulse shaping in OFDM)T-1:4 4.1.1- 4.1.2Pulse shaping in OFDM techniqueAt the end of this lecture students will learn thePulse shaping in OFDM techniqueLecturing, Questioning and Image demonstration

Week 8Lecture 23Implementation Issues(Digital implementation of OFDM)T-1:4 4.1.1- 4.1.2AV-11Digital implementation of OFDM using FFT and IFFTAt the end of this lecture students will learn the Digital implementation of OFDM using FFT and IFFTLecturing, Questioning and Matlab Simulation

Lecture 24Implementation Issues(Synchronization)T-1:4 4.2Synchronization techniqueAt the end of this lecture students will understand about the Synchronization technique used at receiver with respect to transmitterLecturing, Questioning

Week 9Lecture 25Implementation Issues(Time Synchronization)T-1:4 4.2.4Time Synchronization techniqueAt the end of this lecture students will understand about the Time Synchronization techniqueLecturing, Questioning and Image demonstration

Lecture 26Implementation Issues(Frequency Synchronization)T-1:4 4.2.5Frequency Synchronization techniqueAt the end of this lecture students will understand about the Frequency Synchronization techniqueLecturing, Questioning and Scientific Presentation

Lecture 27Channel Codes(Channel coding and decoding)T-1:4 4.4 4.4.1Channel coding and decodingAt the end of this lecture students will understand Channel coding and decodingLecturing, Questioning and Matlab simulation

Channel Codes(Punctured convolutional coding)T-1:4 4.4 4.4.1AV-1Punctured convolutional coding techniqueAt the end of this lecture students will understand Punctured convolutional coding technique used for error correction in communication systemLecturing, Questioning and Matlab simulation

Week 10Lecture 28Channel Codes(Concatenated convolutional and Reed solomon coding)T-1:4 4.4.2 - 4.4.3Concatenated convolutional and Reed solomon coding techniquesAt the end of this lecture students will understand Concatenated convolutional and Reed solomon coding techniques used for error correction in communication systemLecturing, Questioning and Matlab simulation

Channel Codes(Turbo coding)T-1:4 4.4.2 - 4.4.3AV-9Turbo coding techniqueAt the end of this lecture students will understand Turbo coding technique used for error correction in communication systemLecturing, Questioning and Matlab Simulation

Lecture 29Term Paper,Test2

Lecture 30Channel Codes(Adaptive technique in multi carrier transmissions)T-1:4 4.6-4.7Adaptive technique in multi carrier transmissions techniqueAt the end of this lecture students will understand Adaptive technique in multi carrier transmissions techniqueLecturing, Questioning and Image demonstration

Channel Codes(RF Issues)T-1:4 4.6-4.7RF Issues during the communicationAt the end of this lecture students will learn about the RF Issues during the communicationLecturing, Questioning and Animation

Week 11Lecture 31Applications(Wireless local area networks)T-1:5 5.3 5.3.2R-2:6.3Wireless local area networks using Multi-carrier communication techniqueAt the end of this lecture students will understand about the Wireless local area networks using Multi-carrier communication techniqueLecturing, Questioning

Applications(Channel characteristics)T-1:5 5.3 5.3.2Channel characteristics in communication systemAt the end of this lecture students will understand about the Channel characteristics in communication systemLecturing, Questioning and Image demonstration

Lecture 32Applications(IEEE 802.11a)T-1:5 5.3.3IEEE 802.11a (WLAN) using MC transmission techniqueAt the end of this lecture students will understand about the IEEE802.11a (WLAN) using MC transmission techniqueLecturing, Questioning

Lecture 33Applications(WiMax-Scope)T-1:5 5.4RW-8WiMax-Scope using OFDMA techniqueAt the end of this lecture students will learn the WiMax-Scope using OFDMA techniqueLecturing, Questioning and Image demonstration

Week 12Lecture 34Applications(From IEEE 802.16x and ETSI BRAN HIPERMAN towards WiMax)T-1:5 5.4.2From IEEE 802.16x and ETSI BRAN HIPERMAN towards WiMaxAt the end of this lecture students will understand about the wireless MAN From IEEE 802.16x and ETSI BRAN HIPERMAN towards WiMaxLecturing, Questioning and and Matlab simulation

Lecture 35Applications(System architecture)T-1:5 5.4.3System architecture for MC transmissionAt the end of this lecture students will understand about the System architecture for MC transmissionLecturing, Questioning and Image demonstration

Lecture 36Additional Techniques for Capacity and Flexibility Enhancement(General Principle of multi-antenna diversity)T-1:6 6.2R-2:7.10.5General Principle of multi-antenna diversityAt the end of this lecture students will learn the General Principle of multi-antenna diversity for reliable communicationLecturing, Questioning and Image demonstration

Week 13Lecture 37Additional Techniques for Capacity and Flexibility Enhancement(BLAST architecture)T-1:6 6.2.1AV-9BLAST receiver architectureAt the end of this lecture a Student will able to understand about the architecture of BLAST receiver for wireless communication systemLecturing, Questioning, Image demonstration for showing BLAST receiver architecture

Lecture 38Additional Techniques for Capacity and Flexibility Enhancement(Space-time coding)T-1: 6 6.2.2Space-Time Coding TechniqueAt the end Student will able to Space-Time Coding Technique used reliable communication systemLecturing, Questioning, Matlab Simulation may be used for analyzing the performance of the OFDM System using Space-Time Coding technique

Lecture 39Additional Techniques for Capacity and Flexibility Enhancement(Diversity techniqes for multi-carrier transmission)T-1:6 6.3 6.3.1 -6.3.2Diversity technique for multi-carrier transmission techniqueAt the end of this lecture students will understand and use of theDiversity techniqes for multi-carrier transmission techniqueLecturing, questioning Matlab Simulation may be used for analyzing the performance of the OFDM System by using Diversity technique for multi-carrier transmission system

Additional Techniques for Capacity and Flexibility Enhancement(receive diversity)T-1:6 6.3.1 -6.3.2Receive Diversity Technique for Multicarrier transmissionAt the end of this lecture students will understand and able to use Receive Diversity Technique for Multicarrier transmissionLecturing, Questioning, Matlab simulation may be used

Additional Techniques for Capacity and Flexibility Enhancement(transmit diversity)T-1:6 6.3 6.3.1 -6.3.2Transmit Diversity Technique for Multicarrier transmissionAt the end of this lecture students will understand and able to use Transmit Diversity Technique for Multicarrier transmissionLecturing, Questioning, Matlab simulation may be used

Week 14Lecture 40Additional Techniques for Capacity and Flexibility Enhancement(UMTS-WCDMA)T-1:6 6.4.1AV-13UMTS and WCDMA TechnologyAt the end of the lecture a student will able to understand the UMTS and WCDMA TechnologyLecturing, Questioning and Image demonstration for Network Architecture of UMT and WCDMA