A WCDMA Propagation Model Based on COST-231-Walfish-Ikegami Pattern for Typical Residential Area

With the emergence of large-scale and super-large- scale dense residential areas, indoor and outdoor radio propagation environments are becoming increasingly complex, and the wireless communication needs of residential users is also gradually increasing. The wireless coverage of the WCDMA network in dense residential area is becoming the focus of the operators. This article puts forward a WCDMA propagation model for typical residential area based on COST-231- Walfisch-Ikegami pattern. This model is established by solving corresponding parameters and will forecast wireless coverage in those areas we cannot enter because of various reasons. Also the model will provide references of network assessment and optimization for the operators.