Published on Mar 7, 2012
This video is an overview of the UWB radar system that Patrick Feeley and Brad Pulfer are designing at Case Western Reserve University. This Project is being advised by Dr. Frank Merat.
Ultra-Wideband_Radar_Final_Report.pdf
Chaos radar uses messy signals to see through walls - WorldNews
Ultra-Wideband_Radar_Final_Report.pdf
Executive Summary
Conventional optical sensing has been limited to what is
visible in the direct line of sight of the sensor. A consequence of this is
that limited data can be gathered about a given environment. We will be
creating an Ultra-wideband radar detection system that will give us the ability
to locate a target object through a solid barrier. There are many applications
for a device of these specifications, but the most commonly proposed
application is for use in safety related missions such as firefighters being
able to detect human presence in a compromised structure or for police to
identify hostages in holding. Our radar system will attempt to sense an object
through a solid surface within a reasonable standard of error as well as
feature a modest range of detection. We will be using a simple antenna system
to relay the information but the system is unique in its signal processing. Our
device will feature on board signal processing capable of handling the complex
signals after they pass through the solid surface. Initially we will be building
upon the work of Enrico Statderini that was completed at the Tor Vergata University
of Rome. We will seek to use his device as a comparison between similar types
of radars and different antennas.
Chaos radar uses messy signals to see through walls - WorldNews
No comments:
Post a Comment