Difference between revisions of "Projects:2015s1-46 Channel Measurements for Search & Rescue"

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About
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About .....
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== Project Introduction ==
 
== Project Introduction ==
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=== Motivation ===
 
=== Motivation ===
[[Link title]]
 
  
 
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== Related Work ==
 
== Related Work ==
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== Research Methodologies ==
 
== Research Methodologies ==
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== Resources and Facilities ==
 
== Resources and Facilities ==
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== Field Trials Results ==
 
== Field Trials Results ==
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== Project Team ==
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Supervised by:
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Dr Gottfried Lechner (ITR)
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Dr Matthew Sorell
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Team Members:
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Miss Jiawen Zhang
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Mr Jilong Zhang
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Revision as of 12:19, 22 October 2015

About .....


Project Introduction

Aims

The Cospas-Sarsat group is currently developing a second generation search and rescue system. Emergency distress beacons are used to transmit a signal to satellites. The satellites relay the signal to ground stations and the time of flight is used to localize the beacon. First generation systems use low earth orbit satellites and a narrow band waveform while second generation systems use medium earth orbit satellites and a wide band waveform.

The purpose of this project is to characterise the channel for the uplink, i.e. the UHF channel from the beacon to the satellite. Initial measurement by ITR showed strong variations in signal strength that could be caused by antenna patterns, multi path fading, or atmospheric effects from the ionosphere. The student(s) is/are expected to work with software defined radios and our satellite ground station to conduct field trials and process the results.

Background

Motivation



Related Work


Research Methodologies


Resources and Facilities


Field Trials Results


Project Team

Supervised by: Dr Gottfried Lechner (ITR) Dr Matthew Sorell

Team Members: Miss Jiawen Zhang Mr Jilong Zhang