Budapest
03-15-2007, 08:38 PM
Here's what I want:
1. Sensor transmits to pump. (Well, This works now)
2. Pump transmits to relay device (a laptop, PDA, something)
3. Relay device connects via wi/fi or cellular to upload data to a webserver.
4. Realtime data available by looking at the server with a browser.
Data avalable everywhere, anytime. Alarms should be part so a klaxon can go off instead if the meager little beep.
This would be megacool. I could look at what my kid's BG was at 10:23 when he was in school. I could see the boluses. etc...
98% of this exists RIGHT NOW. it's just hooking it together.
I have been thinking about these things for a while. I am more familiar with the software, networking end of things.
1. How much would it be to develope the hardware device that picks up the signal from the CGM transmitter and relays it as stronger RF signal? (This would have to be within 6-ft of the transmitter, or not too much farther away. What about potential harmful effect of the RF radiation on the D patient wearing the CGM? -- see potential cell phone problems)
2. How much would it be to develope the hardware device that picks up the signal from the CGM transmitter and relays it as a wifi device wirelessly (harmful radiation issue remains) or via a wired network connection (no radiation but no free movement -- works overnight though)?
For starters lets not warrant anything, and take out the medical data aspect, meaning much less accuracy is required.
Thanks for any ideas.
1. Sensor transmits to pump. (Well, This works now)
2. Pump transmits to relay device (a laptop, PDA, something)
3. Relay device connects via wi/fi or cellular to upload data to a webserver.
4. Realtime data available by looking at the server with a browser.
Data avalable everywhere, anytime. Alarms should be part so a klaxon can go off instead if the meager little beep.
This would be megacool. I could look at what my kid's BG was at 10:23 when he was in school. I could see the boluses. etc...
98% of this exists RIGHT NOW. it's just hooking it together.
I have been thinking about these things for a while. I am more familiar with the software, networking end of things.
1. How much would it be to develope the hardware device that picks up the signal from the CGM transmitter and relays it as stronger RF signal? (This would have to be within 6-ft of the transmitter, or not too much farther away. What about potential harmful effect of the RF radiation on the D patient wearing the CGM? -- see potential cell phone problems)
2. How much would it be to develope the hardware device that picks up the signal from the CGM transmitter and relays it as a wifi device wirelessly (harmful radiation issue remains) or via a wired network connection (no radiation but no free movement -- works overnight though)?
For starters lets not warrant anything, and take out the medical data aspect, meaning much less accuracy is required.
Thanks for any ideas.