1. Timothy Kritzler and Joseph Mintun Sponsor: Martin Engineering, Illinois Advisors: Dr. Malinowski and Dr. Ahn Bradley University Electrical and Computer Engineering November 20, 2015 Modular Rapid Monitoring System

2. Agenda Problem Overview Gateway Interface System Progress Sensor Interface System Progress Closing Remarks Q&A Session 2

3. Problem Background Sponsored by Martin Engineering Modular Rapid Monitoring System Logs analog and digital signals. Ability to easily add additional inputs. Low cost design. Goal: Continue development to make a “proof-of- concept” system for sponsor. 3

4. Problem Background System logging data within 50 ms after boot. Accelerometer and ADC operating at 600 Hz. Permanently store the first five minutes of incoming data. Permanently store the five minutes of data after machine power down. Keep cost under $300. 4

5. System Block Diagram 5 Fig. 1: Divided System Block Diagram

6. SIS Progress 6 Fig. 2: SIS Gantt Chart

7. Task 1 7 Initialization of the 600 Hz interrupt

8. Task 2 8 Analog to Digital Converter ADC Pins

9. Task 2 9 Enable the 6 channels adc_enable(&AVR32_ADC, ADC_0_CHANNEL); …… Inside the interrupt:

10. Tasks 3, 4, and Future Work 10 Initialization of I²C communication Handshaking Power outage concerns Rotary buffer start Store ASCII or binary? Overwrite enable Accelerometer interfacing 600 Hz interrupt

11. Gateway Interface System Progress 11 Progress at proposal presentation Last objective completed was choosing Linux distribution. TinyCore Linux designed for Raspberry Pi Minimal features and low boot time Reinstalls all additional software every boot Fail safe if any glitches occur Additional software raises boot time

12. Gateway Interface System Progress 12 USB WiFi Adapter Successfully installed driver and other software Setup a startup script to configure driver every boot Persistence OS would not save any changes from the original configuration Add directory called “tce” to any partition on memory card

13. Gateway Interface System Progress 13 Serial Port Communication “Unlock” serial port from OS OS uses it for SSH connection Setup gcc on TinyCore for serial communication program Modifying previous year C code for communication protocol is currently in progress

14. Gateway Interface System Progress 14 Original Schedule Revised Schedule Research and decide base OS9/8/20159/24/20153 weeks Interface Wifi9/29/201510/8/20152 weeks Develop UART Access program10/13/201511/26/20147 weeks Develop lightweight web server12/1/20151/28/20163 weeks Optimize Web server GUI2/2/20162/11/20162 weeks Combined SIS/GIS Testing and debugging2/16/20163/10/20164 weeks Research and decide base OS9/8/20159/24/20153 weeks Interface Wifi9/29/201510/8/20152 weeks Develop UART Access program10/13/201511/5/20144 weeks Develop lightweight web server11/10/201511/26/20153 weeks Optimize boot time12/1/20151/28/20163 weeks Optimize Web server GUI2/2/20162/11/20162 weeks Combined SIS/GIS Testing and debugging2/16/20163/10/20164 weeks

15. Timothy Kritzler and Joseph Mintun Sponsor: Martin Engineering, Illinois Advisors: Dr. Malinowski and Dr. Ahn Bradley University Electrical and Computer Engineering November 20, 2015 Modular Rapid Monitoring System

16. Full Gantt Chart 16