how to get Fundamentals of Wireless Broadband Networks (Lecture Slides & Video)

• WBN 2007 Syllabus 
  In PDF | In MS Word
• WBN 2007 Schedule/Calendar 
  In PDF | In MS Word
• Slide Set 1 (Wireless Broadband: Introduction): 
  {In PDF | In Powerpoint
• Lecture 1 (Slide Set 1) VIDEO Part1 , Part2 , Part3
• Lecture 2 (Slide Set 1) VIDEO Part1 , Part2 , Part3
• Lecture 3 (Slide Set 1) VIDEO Part1 , Part2
• Slide Set 2 (Linear Algebra: Gentle Introduction): 
  {In PDF | In Powerpoint}
• Lecture 3 (Slide Set 2) VIDEO Part1 , Part2 , Part3
• Lecture 4 (Slide Set 2) VIDEO Part1 , Part2 , Part3
• Introduction to Antennas and Propagation: Invited Lecture, Prof. Ken Connor: 
  {In PDF | In Powerpoint}
• Lecture 5 Intro to Antennas (Prof. Connor) VIDEO Part1 , Part2 , Part3
• Slide Set 3 (Probability/Stochastic Processes: Gentle Introduction): 
  {In PDF | In Powerpoint}
• Lecture 6 (Slide Set 3) VIDEO Part1 , Part2 , Part3
• Lecture 7 (Slide Set 3) VIDEO Part1 , Part2 , Part3
• Slide Set 4 (The Wireless Channel): 
  {In PDF | In Powerpoint}
• Lecture 8 (Slide Set 4) VIDEO Part1 , Part2 , Part3
• Lecture 9 (Slide Set 4) VIDEO Part1 , Part2 , Part3
• Lecture 10 (Slide Set 4) VIDEO Part1 , Part2
• Slide Set 5 (Point-to-Point Wireless Communication (I):Digital Basics, Modulation, Detection, Pulse Shaping): : 
  {In PDF | In Powerpoint}
• Lecture 10 (Slide Set 5): Basics, Modulation: VIDEO Part3
• Lecture 11 (Slide Set 5) Modulation, Pulse Shaping: VIDEO Part1 , Part2 , Part3
• Slide Set 6 (Point-to-Point Wireless Communication (II): ISI, Equalization, Diversity, MIMO/CDMA/OFDM ): : 
  {In PDF | In Powerpoint}
• Lecture 12 (Slide Set 6): Time Diversity. VIDEO Part1 , Part2 , Part3
• Lecture 13 (Slide Set 6): Spatial Diversity & MIMO. VIDEO Part1 , Part2 , Part3
• Lecture 14 (Slide Set 6): Frequency Diversity, MLSE, CDMA. VIDEO Part1 , Part2 , Part3
• Lecture 15 (Slide Set 6): OFDM. VIDEO Part1 , Part2 , Part3
• Slide Set 7 (Point-to-Point Wireless Communication (III): Coding, Adaptive Modulation, Hybrid ARQ: : 
  {In PDF | In Powerpoint}
• Lecture 16 (Slide Set 7): Coding Introduction, Hamming codes. VIDEO Part1 , Part2
• Slide Set 8 (Capacity of Wireless Channels): Invited Lecture, Prof. Alhussein Abouzeid : 
  {In PDF | In Powerpoint}
• Lecture 17 (Slide set 8: Channel capacity): Prof. Alhussein Abouzeid: VIDEO Part1 , Part2 , Part3
• Lecture 18 (Slide set 7: Linear Block/Cyclic Codes): VIDEO Part1 , Part2 , Part3
• Lecture 19 (Slide set 7: Convolutional and Concatenated Coding): VIDEO Part1 , Part2 , Part3
• Lecture 20: (Slide set 7: LDPC & Turbo Codes, Fountain Erasure Codes): VIDEO Part1 , Part2
• Slide Set 9 (Medium Access Control in Wireless Networks): Invited Lecture, Prof. Biplab Sikdar : 
  {In Powerpoint} {In PDF}
• Lecture 21: (Slide set 9): Invited Lecture Prof. Biplab Sikdar (MAC in Wireless Networks), VIDEO Part1 , Part2 , Part3
• Slide Set 10 (RFIC Design for Wireless: Cognitive Radio, UWB, OFDM-MIMO, 60GHz, 3d-integration): Invited Lecture, Prof. Mona Hella : 
  {In Powerpoint} | {In PDF} |
• Lecture 22: Invited Lecture, Prof. Mona Hella (RFIC Design for Wireless: Cognitive Radio, UWB, OFDM-MIMO etc) VIDEO Part1 , Part2 , Part3
• Slide Set 11 (Capacity of Multi-User Wireless Channels) : 
  {In PDF | In Powerpoint}
• Lecture 23: (Slide set 11): (Capacity of Multi-User Wireless Channels), VIDEO Part1 , Part2 , Part3
• Wireless Scheduling Algorithms (Jing Ai: invited student short-talk): 
  In PDF |
• Cooperative Diversity, Virtual MIMO, Cooperative FEC: Hsin-Yi Shen, invited student short-talk: 
  {In PDF | In Powerpoint}
• OFDM Channel Modeling in ns-2 for WiMAX: David Doria, invited student short-talk: 
  {In PDF | In Powerpoint}