Index Catalog // Hyrax

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Filtragem por: Advisor Pahlavan, Kaveh Contributor Lou, Wenjing

1. A Real-Time Laboratory Testbed For Evaluating Localization Performance Of WIFI RFID Technologies

Palavra-chave:: RSS Localization, Channel modeling, WiFi RFID, Performance Evaluation, and Testbed
O Criador:: Assad, Muhammad Ali
Advisor:: Pahlavan, Kaveh
Editor:: Worcester Polytechnic Institute
Data Criada:: 2007-05-04
Resource Type:: Thesis
Degree:: MS
Unit (Department):: Electrical & Computer Engineering

2. An RF-Isolated Real-Time Multipath Testbed for Performance Analysis of WLANs

Palavra-chave:: RF-isolated testbed, channel emulation, WLAN performance, and throughput modeling
O Criador:: Metreaud, Leon T
Advisor:: Pahlavan, Kaveh
Editor:: Worcester Polytechnic Institute
Data Criada:: 2006-08-22
Resource Type:: Thesis
Degree:: MS
Unit (Department):: Electrical & Computer Engineering

3. Application of Channel Modeling for Indoor Localization Using TOA and RSS

Palavra-chave:: Localization, indoor radio channel, and Indoor geolocation
O Criador:: Hatami, Ahmad
Advisor:: Pahlavan, Kaveh
Editor:: Worcester Polytechnic Institute
Data Criada:: 2006-05-31
Resource Type:: Dissertation
Degree:: PhD
Unit (Department):: Electrical & Computer Engineering

4. A Testbed for Real-Time Performance Evaluation of RSS-based Indoor Geolocation Systems in Laboratory Environment

Palavra-chave:: Indoor Positioning, RSS-based fingerprinting algorithm, Performance Evaluation, Testbed, and Indoor geolocation
O Criador:: Heidari, Mohammad
Advisor:: Pahlavan, Kaveh
Editor:: Worcester Polytechnic Institute
Data Criada:: 2005-05-04
Resource Type:: Thesis
Degree:: MS
Unit (Department):: Electrical & Computer Engineering

5. Performance of TOA Estimation Algorithms in Different Indoor Multipath Conditions

Palavra-chave:: Indoor geolocation, super-resolution algorithms, indoor radio propagation, and time of arrival estimation
O Criador:: Alsindi, Nayef Ali
Advisor:: Pahlavan, Kaveh
Editor:: Worcester Polytechnic Institute
Data Criada:: 2004-04-30
Resource Type:: Thesis
Degree:: MS
Unit (Department):: Electrical & Computer Engineering