The Experts below are selected from a list of 343083 Experts worldwide ranked by ideXlab platform
Kathryn Lindsay - One of the best experts on this subject based on the ideXlab platform.
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LibGuides: Electrical & Electronic Engineering: Home
2010Co-Authors: Kathryn LindsayAbstract:A research guide for Electrical & Electronic Engineering students at the University of Melbourne
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LibGuides: Electrical & Electronic Engineering: Help
2010Co-Authors: Kathryn LindsayAbstract:A research guide for Electrical & Electronic Engineering students at the University of Melbourne
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LibGuides: Electrical & Electronic Engineering: Research Skills
2010Co-Authors: Kathryn LindsayAbstract:A research guide for Electrical & Electronic Engineering students at the University of Melbourne Research Skills
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Library Guides: Electrical and Electronic Engineering: Introduction
2010Co-Authors: Kathryn LindsayAbstract:A research guide for Electrical & Electronic Engineering students at the University of Melbourne
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Library Guides: Electrical and Electronic Engineering: Websites
2010Co-Authors: Kathryn LindsayAbstract:A research guide for Electrical & Electronic Engineering students at the University of Melbourne Websites
Debbie Kaleva - One of the best experts on this subject based on the ideXlab platform.
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Subject Guides: Electronic Engineering Technician: Home
2016Co-Authors: Debbie KalevaAbstract:This guide has been created to provide quick access to Electronic Engineering Technician resources.
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Subject Guides: Electronic Engineering Technology: Home
2016Co-Authors: Debbie KalevaAbstract:This guide has been created to provide quick access to Electronic Engineering Technology resources.
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Subject Guides: Electronic Engineering Technician: Find Articles
2016Co-Authors: Debbie KalevaAbstract:This guide has been created to provide quick access to Electronic Engineering Technician resources.
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Subject Guides: Electronic Engineering Technology: Need Help
2016Co-Authors: Debbie KalevaAbstract:This guide has been created to provide quick access to Electronic Engineering Technology resources.
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Subject Guides: Electronic Engineering Technology: Find Video
2016Co-Authors: Debbie KalevaAbstract:This guide has been created to provide quick access to Electronic Engineering Technology resources.
Amy Lippo - One of the best experts on this subject based on the ideXlab platform.
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LibGuides: Electronic Engineering Technology: Plagiarism
2013Co-Authors: Amy LippoAbstract:This is a guide to the library's collection in Electronic Engineering Technology. It is not comprehensive, but provides a good starting point for research.
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LibGuides: Electronic Engineering Technology: Home
2013Co-Authors: Amy LippoAbstract:This is a guide to the library's collection in Electronic Engineering Technology. It is not comprehensive, but provides a good starting point for research.
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LibGuides: Electronic Engineering Technology: Research Basics
2013Co-Authors: Amy LippoAbstract:This is a guide to the library's collection in Electronic Engineering Technology. It is not comprehensive, but provides a good starting point for research.
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LibGuides: Electronic Engineering Technology: Citation Guides
2013Co-Authors: Amy LippoAbstract:This is a guide to the library's collection in Electronic Engineering Technology. It is not comprehensive, but provides a good starting point for research.
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LibGuides: Electronic Engineering Technology: Internet Resources
2013Co-Authors: Amy LippoAbstract:This is a guide to the library's collection in Electronic Engineering Technology. It is not comprehensive, but provides a good starting point for research. Additional online resources
Tabzeera Dosu - One of the best experts on this subject based on the ideXlab platform.
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Research Guides. Electrical and Electronic Engineering. Standards.
2010Co-Authors: Tabzeera DosuAbstract:Electrical Engineering is the study of electric power distribuition, motors and generators. Electronic Engineering is the study of robotics, communications, circuits, electromagnetic fields and digital and analog hardware.
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Research Guides. Electrical and Electronic Engineering. Exams.
2010Co-Authors: Tabzeera DosuAbstract:Electrical Engineering is the study of electric power distribuition, motors and generators. Electronic Engineering is the study of robotics, communications, circuits, electromagnetic fields and digital and analog hardware. Practice and sample tests for the PE exams
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Research Guides. Electrical and Electronic Engineering. Web Resources.
2010Co-Authors: Tabzeera DosuAbstract:Electrical Engineering is the study of electric power distribuition, motors and generators. Electronic Engineering is the study of robotics, communications, circuits, electromagnetic fields and digital and analog hardware.
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Research Guides. Electrical and Electronic Engineering. Find Articles.
2010Co-Authors: Tabzeera DosuAbstract:Electrical Engineering is the study of electric power distribuition, motors and generators. Electronic Engineering is the study of robotics, communications, circuits, electromagnetic fields and digital and analog hardware.
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Research Guides. Electrical and Electronic Engineering. Find Books.
2010Co-Authors: Tabzeera DosuAbstract:Electrical Engineering is the study of electric power distribuition, motors and generators. Electronic Engineering is the study of robotics, communications, circuits, electromagnetic fields and digital and analog hardware.
Arieh Iserles - One of the best experts on this subject based on the ideXlab platform.
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on highly oscillatory problems arising in Electronic Engineering
Mathematical Modelling and Numerical Analysis, 2009Co-Authors: Marissa Condon, Alfredo Deano, Arieh IserlesAbstract:In this paper, we consider linear ordinary differential equations originating in Electronic Engineering, which exhibit exceedingly rapid oscillation. Moreover, the oscillation model is completely different from the familiar framework of asymptotic analysis of highly oscillatory integrals. Using a Bessel-function identity, we expand the oscillator into asymptotic series, and this allows us to extend Filon-type approach to this setting. The outcome is a time-stepping method that guarantees high accuracy regardless of the rate of oscillation.
