Hey,
Is there anything you don't want?
(*)
lol, sorry, i haven't gave a good explanation about what i'm looking for.
I suggest mobile (cellular) phones. GSM is hard to hack, cheap to buy
and does data and voice. Or do you want small, secure, powerful,
adaptable *and* cheap to run?
Tim
Well i will give you a better idea about this work.
1- My first version :
The game contain weapons and waistcoats.
1-1 : Each weapon uses a laser module, a 433Mhz radio module to
communication with the waistcoat and few photodiodes (Players can shoot
opponent player's gun).
1-2 : waistcoat : this one use a bluetooth module to communicate with a
PC (PDA, Pocket PC ... ), a 433Mhz RF module, its also equiped with two
belt photodiodes (to read the laser information).
The system works fine, but only in dark rooms (only soft light), i need
to find better solutions to ensure the game working outside in daylight
conditions (* The project have no comercial purpose, it's only for fun
and it will be published for all PB lovers)
Annother problem is the use of two different modules & protocol (BT &
Simple RF comm), BT comm is limited two short ranges.
The last problem i have is that the BT is very greedy (I'm using TDK
blue2i modules), so i cant make more then 1 hour every game.
So, why dont i use a single module to ensure the communication of every
weapon with its waistcoat in one side, and each waistcoat with the PC
(PDA ...) in the other side.
The BT is used to initialize the game (Giving the player name, rank,
weapon kind ... ) and to get the score from each player.
Like i explained above, i need to make all that myself (I'm not an
electronic engineer i'm just a computer engineer) so if you have some
good experience using lazer modules, the uses of photodiodes in a
daylight conditions you will realy help me to make progress.
GSM is a good sollution, i dont know why i dont thaught about it, so i
want "small, secure, powerful (not important lol), adaptable *and*
cheap" modules to use them with 8, 16 microcontrollers.
Thanks.
[email protected]