We used 2.4GHz 8.5 dBi antennas on MicaZs and can reach maximum 400
meters with the maximum transmission power.
demin
On 9/25/07, Tony Han [EMAIL PROTECTED] wrote:
Hi folks,
I try to use mica2 sending data for 100m in certain area (have a few trees
and a creek around), but now, with 900MHz
Hi all,
I am working under tinyos1.1.15. When I looked at some .nc file, they start
with includes Command; includes XCommand;.
What do the Command or XCommand represent? Do they represent Command.h,
XCommand.h or something else?
thanks a lot.
Demin
On 4/20/07, Giri Baleri [EMAIL PROTECTED] wrote:
Yes, MDA300 drivers are available in CVS sourceforge. I don't know if
these have readily available EEPROM interface.
http://tinyos.cvs.sourceforge.net/tinyos/tinyos-1.x/contrib/xbow/
The pre-compiled XMesh apps for MDA300 is available in
On 4/20/07, Demin Wang [EMAIL PROTECTED] wrote
Does there exist an MDA300 driver for Tinyos2?
Also is it possible to get the source code of XMesh free? or we have to pay
for that.
Thanks,
Demin
On 4/20/07, Giri Baleri [EMAIL PROTECTED] wrote:
Yes, MDA300 drivers are available in CVS
Hi, all
I have a little confuse about the DELAY_BEFORE_MEASUREMENT parameter in
MDA300CA. In my application, I want the EXCITATION_50 on for 2 seconds
before actually measure the sensor signal. The sensor is powered by 5.0v
from MDA300CA board.
The comment in the program say if I set
Hi, all,
I am wondering if there exists MDA300 sensorboard drivers for Tinyos2.x?
Thanks a lot.
Demin
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Hi, all,
I am planning to use the 2-pin molex connector to provide power for MicaZ.
I am not sure what parts I need to order.
It seems the part number listed in the crossbow manual : wm1753-ND is the
one has already integrated on the board.
It should be a connector that can be inserted into
Hi,When I am looking at the code tos/lib/counters/IntToRfmM.nc, I am curious about where TOS_LOCAL_ADDRESS is defined? I checked AM.h and some other.h files and could not find it. Could anyone tell me about it?
thanks a lotDemin
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Hi, allI am a little confused about the concept packet yield and how it is computed.My understanding is :For one sensor node as a receiver during a period of time,Packet Yied equals to (Number of actual received packets)/(Number of expected to receive pakects)
and 1-packet yied is the packet loss