60GHz室內無線通訊之電波傳播模式、通道量測及傳輸效能模擬
Propagation Model、Channel Measurement and Performance Simulation for 60GHz Indoor Wireless Communication
Date Issued
2004
Date
2004
Author(s)
Wang, Yu-Zheng
DOI
en-US
Abstract
Emerging demand for broadband and high data rates application has stimulated rapid development of wireless industry of nowadays. The 60 GHz band is expected to be a candidate for next-generation WLAN system since a wide range of spectrum has been allocated worldwide. In this thesis, propagation model, channel measurement and system simulation at the 60 GHz band will be studied.
For the purpose of simulation of system performance, we have proposed a methodology about indoor wideband channel modeling, which will be extended to 60 GHz band. With practical works of measurement and computer simulation, we have successfully verified the feasibility and correctness of the proposed indoor channel model. In addition, fundamental channel characteristics of 60 GHz band are more understood by going through practical measurement and simulation works. We suggest that directive antennas should be equipped at the receiver end to provide reasonable link quality and system coverage. From the analysis of BER performance and link budget, it reveals that high data rates can be achieved with reasonable system coverage. Besides, human blockage will seriously degrade the system performance and reduce the area coverage.
Subjects
通道量測
室內通道模型
傳輸效能模擬
channel model
60GHz
millimeter wave
Type
thesis
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