README for WSN-Game Project

This project is for West Chester University of PA under the guidance of Dr. Agah

Our goal is to write a program on the micaz platform to negotiate networking strategies using game theory, to optimize the lifetime of the network.

Authors: Dave Drager

README for AntiTheft Author/Contact: [email protected]

Description:

AntiTheft is a demo "antitheft" application. The accompanying tutorial-slides.ppt Powerpoint file is a tutorial for TinyOS that uses AntiTheft to introduce various aspects of TinyOS and its services. The slides are also available in PDF format in tutorial-slides.pdf (but with animation missing).

AntiTheft can detect theft by:

• light level (a dark mote is a mote that has been stolen and placed in a concealed dark place, e.g., a pocket!)
• acceleration (you have to move a mote to steal it...)

It can report theft by:

• turning on an alert light (a red LED)
• beeping a sounder
• reporting the theft to nodes within broadcast radio range (nodes receiving this message turn on their red LED)
• reporting the theft to a central node via multihop (collection) routing

The antitheft detection and reporting choices are remotely controllable using the java GUI found in the java subdirectory.

Nodes blink their yellow LED when turned on or when an internal error occurs, and blink their green LED when new settings are received.

This demo is written for mica2, micaz or iris motes using the mts300 sensor board.

The code in the Nodes directory should be installed on the motes detecting theft. Each mote should have a separate id, and a mts31n0 or mts300 sensor board. The code in the Root directory should be installed on a mote connected to the PC using a programming board. It talks to the java GUI, forwarding settings from the PC to the sensor network, and forwarding theft alerts from the sensor network to the PC. See below for detailed usage instructions.

Tools:

The java directory contains a control GUI for the antitheft demo app.

Usage:

The following instructions will get you started with the AntiTheft demo (the instructions are for mica2 motes, replace mica2 with micaz or iris if using either of those motes)

1. Compile the root and node code for the antitheft application for your platform (mica2, micaz or iris):

   $ (cd Nodes; make mica2) $ (cd Root; make mica2)

2. Install the root code on a mote with a distinct identifier (e.g., 0):

   $ (cd Root; make mica2 reinstall.0 )

   For instance: (cd Root; make mica2 reinstall.0 mib510,/dev/ttyUSB0)

3. Install the node code on some number of mica2 motes, giving each mote a distinct id.

   $ (cd Nodes; make mica2 reinstall.N )

   For instance: (cd Nodes; make mica2 reinstall.22 mib510,/dev/ttyUSB0)

4. Put some mts310 sensor boards on the non-root mica2 motes. You can use mts300 boards instead, but then the acceleration detection will not work.

5. Connect the root mica2 mote to your PC and switch on all motes.

6. Compile and run the java application. The text below assumes your serial port is /dev/ttyS0, replace with the actual port you are using (e.g., COM3 on Windows or /dev/ttyUSB0 on Linux)

   $ cd java $ make # Unecessary if antitheft.jar exists $ java net.tinyos.sf.SerialForwarder -comm serial@/dev/ttyS0:mica2 $ ./run # start the graphical user interface

7. The buttons and text field on the right allow you to change the theft detection and reporting settings. The interval text box changes the interval at which motes check for theft (default is every second). Changes are only sent to the mote network when you press the Update button. Finally, if you've selected the Server theft report option, the message area will report received theft messages.

Known bugs/limitations:

• A newly turned on mote may not send theft reports (when the "Server" theft report option is chosen), as: o It takes a little while after motes turn on for them to join the multihop collection network. o It can take a little while for motes to receive the current settings.

None.

$Id: README.txt,v 1.6 2007/11/19 17:21:20 sallai Exp $