Measurement and Modeling of WUWB Impluse Radio Transmission with Indoor Environment

Abstract

Wireless ultra wideband (WUWB) technology is developed very fast in the past few years. It offers many competitive advantages. In communications, it can provide better performance for wireless network applications with high data rate and multimedia system. WUWB thus, communication systems have been subjected to extensive research and development projects. This paper focuses on the power delay profile in WUWB-IR system. This analysis emphasizes on power delay profile consideration between transmitter and receiver based on measurement data in an indoor environment. This research considers in an indoor environment for short range communication. The concept of model, we suppose the transmitter is a human body and receiver is general electric appliance for example television, camcorder, Laptop, Mobile phone and other appliances that can received signal from the human body.