This document summarizes an oscilloscope application project for TinyOS. It describes: 1) How the mote senses and broadcasts data and the base station gets the data and plots it in real time using a Java application. 2) The implementation in OscilloscopeAppC.nc which includes components for sensing, timers, LEDs, and active messaging. 3) How to compile and run the application by setting the sensor board type and running the Java GUI after exporting the MOTECOM environment variable.

1. TinyOS Oscilloscope Application Project: micazXpl http://micazxpl.googlecode.com Developers: Ankit Singh Phillip Orekhov Rishu Seth Natalia Tarique Abdullah

2. Oscilloscope Implementation * Mote Sense and Broadcast the Data * Base Station gets the Data and keep on Ploting the graph in Real time using JAVA app. Mote Base Station

3. Oscilloscope Implementation In OscilloscopeAppC.nc implementation { components OscilloscopeC, MainC, ActiveMessageC, LedsC, new TimerMilliC(), new DemoSensorC() as Sensor, WE NEED TO CHANGE DemoSensorC() sensing other things like TempC() FOR SENSING TEMPERATURE MicC() FOR SENSING SOUND

4. Compilation of the Module Application Path: /opt/tinyos-2.1.1/apps/Oscilloscope/ To Compile this Module, You need to provide Sensor board type. In our Case its: mts300 SENSORBOARD=mts300 make micaz To Push it to the Motes: make micaz reinstall eprb, <IP-Adr> IP-Adr: IP address of the Motes

5. Running GUI in For Base Station Goto to Java folder of Oscilloscope: /opt/tinyos-2.1.1/apps/Oscilloscope/java/ Setting Environment variable for motes communication export MOTECOM=network@10.5.5.5 :10002 Then RUN the Java Application: ankit@ubuntu:/opt/tinyos-2.1.1/apps/Oscilloscope-Mic/java$./run

6. Screenshot 1 (HOT)

7. Screenshot 2 (COLD)

8. Project Plan Date Aim 17- 12-10 Multihop 24-12-10 Power Management in Multihop 7-1-11 Security Work To Be Done Sensor-> Mote->Basestation Safe data transmission and Storage