July 2016/UGR Project: Difference between revisions
From charlesreid1
No edit summary |
|||
| (7 intermediate revisions by the same user not shown) | |||
| Line 3: | Line 3: | ||
==Topic== | ==Topic== | ||
Wireless Sensor Networks for Internet of Things Applications | |||
* Nice topic to start with, has a lot to dig into | |||
* | * The goal is to set up a wireless sensor network with multiple Raspberry Pis, and analyze the data they generate | ||
* | |||
Topics: | |||
* Wireless networks | * Wireless networks | ||
* Sensor data acquisition | * Sensor data acquisition | ||
* | * Hardware side: circuitry, raspberry pi, hardware hacking | ||
* Software side: Linux, networking, wireless, cybersecurity | |||
Expanding the project: | |||
* | * Project can be expanded to pen testing scenario, RTTY/Packet communication, longer range antennas, etc. | ||
==Course Materials== | |||
Handouts and written materials | |||
* Like programming class - provide formal information, but show examples in meetings | |||
Milestones and Goals | |||
* Schedule for planning goals and milestones for students | |||
* Each student keeps track of their goals and milestones | |||
* Progress report - short report on the "what have we done so far" | |||
* (don't put off documentation until the end) | |||
Weekly group meetings | |||
* Show them examples of things, explain with a white board | |||
* Computers are going to be an issue... still. | |||
Online format, how to communicate together? | |||
* Slack? | |||
* Possibly a re-usable wiki. This would make it possible to transfer information across quarters. (Need?) | |||
To have students prepared for materials: | |||
* Have a standard plan of what each student will be doing | |||
* Set a weekly date and time for group meetings | |||
Task lists | |||
* Students work through a task list | |||
* What 6-8 tasks do they need to have accomplished so they'll be where they need to be at end of quarter? | |||
Balance | |||
* What is already done, versus what do they actually do? | |||
* Again - use the Raspberry Pi balcony sensor project as a prototype | |||
* They will need to replicate the setup | |||
* What is the setup? The setup is a Raspberry Pi generating sensor data - they need to capture and analyze that data | |||
[[OpenVPN/Stunnel]] | |||
=Flags= | =Flags= | ||
[[July 2016]] | [[Category:July 2016]] | ||
Latest revision as of 07:11, 27 July 2016
UGR Project
Topic
Wireless Sensor Networks for Internet of Things Applications
- Nice topic to start with, has a lot to dig into
- The goal is to set up a wireless sensor network with multiple Raspberry Pis, and analyze the data they generate
Topics:
- Wireless networks
- Sensor data acquisition
- Hardware side: circuitry, raspberry pi, hardware hacking
- Software side: Linux, networking, wireless, cybersecurity
Expanding the project:
- Project can be expanded to pen testing scenario, RTTY/Packet communication, longer range antennas, etc.
Course Materials
Handouts and written materials
- Like programming class - provide formal information, but show examples in meetings
Milestones and Goals
- Schedule for planning goals and milestones for students
- Each student keeps track of their goals and milestones
- Progress report - short report on the "what have we done so far"
- (don't put off documentation until the end)
Weekly group meetings
- Show them examples of things, explain with a white board
- Computers are going to be an issue... still.
Online format, how to communicate together?
- Slack?
- Possibly a re-usable wiki. This would make it possible to transfer information across quarters. (Need?)
To have students prepared for materials:
- Have a standard plan of what each student will be doing
- Set a weekly date and time for group meetings
Task lists
- Students work through a task list
- What 6-8 tasks do they need to have accomplished so they'll be where they need to be at end of quarter?
Balance
- What is already done, versus what do they actually do?
- Again - use the Raspberry Pi balcony sensor project as a prototype
- They will need to replicate the setup
- What is the setup? The setup is a Raspberry Pi generating sensor data - they need to capture and analyze that data