jamesde1123
New Member
- Joined
- Oct 24, 2010
- Messages
- 10
- Reaction score
- 0
- Points
- 0
- Location
- West Point, NY
- Vehicle Year
- 2000
- Make / Model
- Ford
- Transmission
- Manual
Hello All,
This is a new profile since I couldn't log into my existing one. I'm working on a project for school/myself based off an Arduino micro controller. It will consist of a few major components:
1. Arduino board with programming (C)
2. Radio Frequency Identification
3. Wireless router
4. Android programming:
Control Interface
Dashboard Interface
The RFID chip in the picture will be implanted into my hand, similarly to that of the ones used to identify lost pets. With that, I will be able to swipe my hand once to unlock the truck, twice to unlock and instantly start the truck, and three times to lock the truck (almost redundant with internal switch).
The arduino will be connected to a wireless router to broadcast an encrypted connection to my Droid 2 phone. I will have to take apart the router, and solder in provisions for a TTL serial interface to connect to the arduino. I will then have to upload customized firmware onto the router (OpenWRT) to set up a wireless network for the truck. All of this sums up to being able ot:
1. Control Mode
-Remotely start the truck (one RFID swipe required to drive away, vehicle will die once brake pedal depressed if not)
-Enable accesories (radio, etc)
-Kill truck (if speed<5mph)
-Lock Doors and tailgate
-Unlock Doors and tailgate
-Turn on/off Headlights
-Turn on/off the domelight
-Remotely monitor inside temperature
-Remotely monitor outside temperature
2. Dashboard mode (can be switched to HUD by mirroring image and placing on dash)
-View date and time
-View direction (North, south, east, west)
-View rate of acceleration or deceleration (5.0 turbo to come )
-View Current speed as per on vehicle sensor
-View RPM
-View outside temperature
-View coolant temperature
-See Check engine light (if applicable)
All of this will done via an 802.11g network with a high sensitivity antenna up to 300 feet away. Above are mock up pictures of the control and dashboard functions on the phone, below are the actual images.
This is an ongoing project that probably wont be done for about 2 years, I just wanted a way to track my progress as well as get input from some people. Let me know if you have any questions
This is a new profile since I couldn't log into my existing one. I'm working on a project for school/myself based off an Arduino micro controller. It will consist of a few major components:
1. Arduino board with programming (C)
2. Radio Frequency Identification
3. Wireless router
4. Android programming:
Control Interface
Dashboard Interface
The RFID chip in the picture will be implanted into my hand, similarly to that of the ones used to identify lost pets. With that, I will be able to swipe my hand once to unlock the truck, twice to unlock and instantly start the truck, and three times to lock the truck (almost redundant with internal switch).
The arduino will be connected to a wireless router to broadcast an encrypted connection to my Droid 2 phone. I will have to take apart the router, and solder in provisions for a TTL serial interface to connect to the arduino. I will then have to upload customized firmware onto the router (OpenWRT) to set up a wireless network for the truck. All of this sums up to being able ot:
1. Control Mode
-Remotely start the truck (one RFID swipe required to drive away, vehicle will die once brake pedal depressed if not)
-Enable accesories (radio, etc)
-Kill truck (if speed<5mph)
-Lock Doors and tailgate
-Unlock Doors and tailgate
-Turn on/off Headlights
-Turn on/off the domelight
-Remotely monitor inside temperature
-Remotely monitor outside temperature
2. Dashboard mode (can be switched to HUD by mirroring image and placing on dash)
-View date and time
-View direction (North, south, east, west)
-View rate of acceleration or deceleration (5.0 turbo to come )
-View Current speed as per on vehicle sensor
-View RPM
-View outside temperature
-View coolant temperature
-See Check engine light (if applicable)
All of this will done via an 802.11g network with a high sensitivity antenna up to 300 feet away. Above are mock up pictures of the control and dashboard functions on the phone, below are the actual images.
This is an ongoing project that probably wont be done for about 2 years, I just wanted a way to track my progress as well as get input from some people. Let me know if you have any questions