Difference between revisions of "Projects:2014S1-15 Inexpensive Portable Radar System"
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| − | + | This project is an on going project from last year which was to build an Inexpensive Portable Radar System from the MIT design. Last year was able to have a working radar system that used two Milo cans as antennas, Laptop for processing, RF and electrical components for wave construction and mixing. As the world is being more technology advance people are turning to radar to do more everyday task e.g. helping detecting objects behind a car. With everyone trying to save designing/building a Inexpensive radar is idea and making it portable increases its functionality. Another end goal for this project is to build a radar system which can be used in level 3 RF practical's to give students a more fun project in learning about RF. | |
== Project information == | == Project information == | ||
| − | + | This project is an on going project from last year which was to build an Inexpensive Portable Radar System from the MIT design. Last year was able to have a working radar system that used two Milo cans as antennas, Laptop for processing, RF and electrical components for wave construction and mixing. As the world is being more technology advance people are turning to radar to do more everyday task e.g. helping detecting objects behind a car. With everyone trying to save designing/building a Inexpensive radar is idea and making it portable increases its functionality. Another end goal for this project is to build a radar system which can be used in level 3 RF practical's to give students a more fun project in learning about RF. The problems of last years radar system is that it needs a laptop connected to be able to do the processing which makes it less portable, the radar used a hardware made waveform which makes the radar restrictive to the ability of doing more complex sensing and the hardware was easily damaged which lead to issues with making it portable. One of the main issue was that the radar was not in real time which made it almost useless as a radar system which can be used for everyday tasks. This year we will try and fix most of these issues. The end goal for this project this year is to have the radar in real time with ability to produce different signals and be more portable by producing hardware onto a PCB and having a better casing for the whole radar system. | |
=== High-Level Plan === | === High-Level Plan === | ||
| − | * Aim 1 : | + | * Aim 1 : Finish what last year started by removing the breadboard and replacing it with a working PCB. |
** | ** | ||
| − | * Aim 2 : | + | * Aim 2 : Make the radar process in real time using MATLAB. |
** | ** | ||
| − | * Aim 3 : | + | * Aim 3 : Use an embedded processor (e.g. raspberry pi or arduino) capable of controlling the waveform digitally. |
** | ** | ||
Revision as of 15:18, 27 April 2014
This project is an on going project from last year which was to build an Inexpensive Portable Radar System from the MIT design. Last year was able to have a working radar system that used two Milo cans as antennas, Laptop for processing, RF and electrical components for wave construction and mixing. As the world is being more technology advance people are turning to radar to do more everyday task e.g. helping detecting objects behind a car. With everyone trying to save designing/building a Inexpensive radar is idea and making it portable increases its functionality. Another end goal for this project is to build a radar system which can be used in level 3 RF practical's to give students a more fun project in learning about RF.
Contents
Project information
This project is an on going project from last year which was to build an Inexpensive Portable Radar System from the MIT design. Last year was able to have a working radar system that used two Milo cans as antennas, Laptop for processing, RF and electrical components for wave construction and mixing. As the world is being more technology advance people are turning to radar to do more everyday task e.g. helping detecting objects behind a car. With everyone trying to save designing/building a Inexpensive radar is idea and making it portable increases its functionality. Another end goal for this project is to build a radar system which can be used in level 3 RF practical's to give students a more fun project in learning about RF. The problems of last years radar system is that it needs a laptop connected to be able to do the processing which makes it less portable, the radar used a hardware made waveform which makes the radar restrictive to the ability of doing more complex sensing and the hardware was easily damaged which lead to issues with making it portable. One of the main issue was that the radar was not in real time which made it almost useless as a radar system which can be used for everyday tasks. This year we will try and fix most of these issues. The end goal for this project this year is to have the radar in real time with ability to produce different signals and be more portable by producing hardware onto a PCB and having a better casing for the whole radar system.
High-Level Plan
- Aim 1 : Finish what last year started by removing the breadboard and replacing it with a working PCB.
- Aim 2 : Make the radar process in real time using MATLAB.
- Aim 3 : Use an embedded processor (e.g. raspberry pi or arduino) capable of controlling the waveform digitally.
Team
Group members
- Mr Andrew Reed
- Mr Aaron Milne
- Mr Nathan Uebergang
- Mr Pavlo Potykan
Supervisors
- Dr Matthew Sorell
- Dr Brian W. Ng
Resources
- Bench 16 in Projects Lab
- ML Server in EM211
- Can Radar from last year
