Application of propagation models to compute wireless radio coverage maps to realistic terrain data
➤ Gửi thông báo lỗi ⚠️ Báo cáo tài liệu vi phạmNội dung chi tiết: Application of propagation models to compute wireless radio coverage maps to realistic terrain data
Application of propagation models to compute wireless radio coverage maps to realistic terrain data
DCUDUBLIN CITY UNIVERSITYSCHOOL OF ELECTRONIC ENGINEERINGAPPLICATION OF PROPAGATION MODELS TO COMPUTE WIRELESS RADIO COVERAGE MAPS TO REALISTIC TERRAI Application of propagation models to compute wireless radio coverage maps to realistic terrain data IN DATATrinh Xuan Dung40026MASTER OF ENGINEERINGINTELECOMMUNICATIONSSupervised by: Dr Conor BrennanApplication of Propagation Models to compute coverage mapInstructor: Dr. Conor BrennanAcknowledgementsI would like to give my special thanks to my supervisor Dr. Conor Brennan for his guidance, enthusi Application of propagation models to compute wireless radio coverage maps to realistic terrain data asm and commitment to tins project.To Prof Charles McCorkell. I say thanks for his help during the time I have been in Dublin.Thank finally to my famiApplication of propagation models to compute wireless radio coverage maps to realistic terrain data
ly. Ngoc Dung, and friends who give me encouragement, inspiration to finish this project.DeclarationI hereby declare that, except where otherwise indiDCUDUBLIN CITY UNIVERSITYSCHOOL OF ELECTRONIC ENGINEERINGAPPLICATION OF PROPAGATION MODELS TO COMPUTE WIRELESS RADIO COVERAGE MAPS TO REALISTIC TERRAI Application of propagation models to compute wireless radio coverage maps to realistic terrain data ............................. Date:...................Student: Trinh Xuan DungPage iiApplication of Propagation Models to compute coverage mapInstructor: Dr. Conor BrennanABSTRACTIntegral Equation (IF.) method is a deterministic method to compute the UHF terrain pathloss. This method has an extremel Application of propagation models to compute wireless radio coverage maps to realistic terrain data y huge computation load. In this project, we attempt to implement l asl 1 ar field Approximation (I' Al l A). Illis is a fast solution for IL method.Application of propagation models to compute wireless radio coverage maps to realistic terrain data
We then evaluate the efficiency of this method in the tcnns of accuracy mid calculation lime. 1 or comparison purpose. llala-Okumuia with Knife edge DDCUDUBLIN CITY UNIVERSITYSCHOOL OF ELECTRONIC ENGINEERINGAPPLICATION OF PROPAGATION MODELS TO COMPUTE WIRELESS RADIO COVERAGE MAPS TO REALISTIC TERRAI Application of propagation models to compute wireless radio coverage maps to realistic terrain data uiap (2 dimension map).Student: Trinh Xuan DungPage liiApplication of Propagation Models to compute coverage mapInstructor: Dr. Conor BrennanTable of ContentsAcknowledgements.................................................................iiDeclaration................................................ Application of propagation models to compute wireless radio coverage maps to realistic terrain data ......................iiABSTRACT........................................................................iiiTABLE OF FIGURES...........................Application of propagation models to compute wireless radio coverage maps to realistic terrain data
......................................viTABLE OF TABLES................................................................viiiCHAPTER 1: INTRODUCTION....DCUDUBLIN CITY UNIVERSITYSCHOOL OF ELECTRONIC ENGINEERINGAPPLICATION OF PROPAGATION MODELS TO COMPUTE WIRELESS RADIO COVERAGE MAPS TO REALISTIC TERRAIDCUDUBLIN CITY UNIVERSITYSCHOOL OF ELECTRONIC ENGINEERINGAPPLICATION OF PROPAGATION MODELS TO COMPUTE WIRELESS RADIO COVERAGE MAPS TO REALISTIC TERRAIGọi ngay
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