同济大学：《传播信道特征估计和建模》课程教学资源（课件讲稿）Chapter 1 Introduction - History of Channel Characterization and Modeling

Chapter 3.1 Physical propagation mechanisms Chapter 3.2 Channel spread function Chapter 3.3 Specular path model Chapter 3.4 Dispersive-path model Chapter 3.5 Time-evolution model Chapter 3.6 Power spectral density model

同济大学：《传播信道特征估计和建模》课程教案讲义（射线追踪）02 Geometrical Theory of Propagation I - The ray concept – Reflection and transmission

同济大学：《传播信道特征估计和建模》课程教案讲义（射线追踪）04 Ray Tracing I - Deterministic ray models

同济大学：《传播信道特征估计和建模》课程教案讲义（射线追踪）06 Deterministic channel modelling I（static channel case）

同济大学：《传播信道特征估计和建模》课程教案讲义（射线追踪）07 Deterministic channel modelling II – Examples

同济大学：《传播信道特征估计和建模》课程教案讲义（射线追踪）05 Ray Tracing II – Diffuse scattering modelling

同济大学：《传播信道特征估计和建模》课程教案讲义（射线追踪）03 Geometrical Theory of Propagation II - Diffraction, multipath

同济大学：《传播信道特征估计和建模》课程教案讲义（射线追踪）01 Deterministic radio propagation modeling and ray tracing - Introduction to deterministic propagation modelling

同济大学：《传播信道特征估计和建模》课程教学资源（教案讲义）Chapter 09 Practices - channel modeling for modern communication systems