About Lec 1 - Motivation and Introduction

Modern Wireless Communication Systems: FDMA, TDMA and CDMA Principles Lecture 19 - Mobile Radio Propagation II Contd Increasing System Capacity in Cellular Networks using Cell Splitting and Sectoring UWB Indoor Channel Measurements via Time Domain and Frequency Sounding Techniques Mobile Radio Propagation Channel Parameters in Wireless Communications Modulation Techniques in Mobile Communication focusing on AM and FM Cellular Co-Channel Interference Analysis in Hexagonal Reuse Patterns Lecture 16 - Mobile Radio Propagation II Contd FM Modulation Techniques and Demodulation in Mobile Communications Small Scale Fading and Multipath Effects in Mobile Radio Propagation Cellular Capacity and Frequency Reuse in Wireless Communications Networks Cellular System Frequency Reuse Patterns and Co-channel Interference in Telecom Engineering Log-Normal Shadowing and Path Loss Exponent Calculation in Mobile Radio Propagation Mobile Radio Propagation Models: Small Scale Fading and Large Shadowing in Cellular Systems Two-Ray Ground Reflection Model for Mobile Radio Propagation in Dielectric Environments Okumura and Hata Outdoor Path Loss Models in Mobile Radio Propagation Mobile Radio Propagation Rayleigh and Ricean Fading Distributions in Wireless Communications Types of Wireless Communication Systems in Radio Engineering Mobile Radio Propagation Mechanisms in Cellular Systems Lecture 15 - Mobile Radio Propagation II Contd Mobile Radio Propagation Impulse Response in Wireless Communications