Biosensor Array-Drew-Fustini-Notes: Difference between revisions
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* Reading Oreilly 'Building Wireless Sensor Networks' | * Reading Oreilly 'Building Wireless Sensor Networks' | ||
== Todo == | == Todo == | ||
* Blog about Bluetooth interface on team element14 blog | * Blog about Bluetooth interface on team element14 blog [due Mon, Apr-4] | ||
* Build galvanic skin sensor | * Build galvanic skin sensor [GSR] | ||
* Blog about GSR on team element14 blog [due Fri, Apr-8] | |||
* Smartphone development | * Smartphone development | ||
** Setup dev env for N900 & create PoC app can send/receive data to Arduino | ** Setup dev env for N900 & create PoC app can send/receive data to Arduino | ||
Revision as of 11:40, 3 April 2011
This page is part of the Biosensor Array Project
Completed
- Interfaced Sparkfun Bluetooth Modem - BlueSMiRF Gold with Arduino Duemilanove
- Used Processing sketch to create simple GUI to toggle LED wirelessy
- I see there being bluetooth link from the "brain"/aggregator Arduino on-body to smartphone or computer
- Placed SparkFun order (see Money Spent)
Current
- Researching galvanic skin sensor
- Reading Oreilly 'Building Wireless Sensor Networks'
Todo
- Blog about Bluetooth interface on team element14 blog [due Mon, Apr-4]
- Build galvanic skin sensor [GSR]
- Blog about GSR on team element14 blog [due Fri, Apr-8]
- Smartphone development
- Setup dev env for N900 & create PoC app can send/receive data to Arduino
- Work with Appcelator Titanium to create cross platform mobile PoC
- Wireless Sensors
- Attempt PoC of integrated wireless communication in case wireless sensors are need
- [Pot as Fake Sensor]<->ArduinoDuemilinove<->XBee<~RF~>Xbee<->ArduinoMega<->Bluetooth<~RF~>Laptop
- Attempt PoC of integrated wireless communication in case wireless sensors are need
