bets radio cab let me hear your opinions

[jcthelight]

im currently using slacker

[eric12341]

that's the best one

[demonlordoftheround]

By far the best. Playing it right now.

[jcthelight]

when i use it in a 1x coverage area it stops and skips in and out but in a 3g it runs perfect anyone know why

[Recursion]

Originally Posted by jcthelight

when i use it in a 1x coverage area it stops and skips in and out but in a 3g it runs perfect anyone know why

Yeah, 1x is limited to singly dimensioned data structures; whereas 3g provides 3^3 (27) dimensional data structures. This distinction comes into play during constellation mapping, and the algorithm employed to effectuate such data transmissions utilizes error-free (effectively) transmissions without the need to check for errors. Thus, no parity checks equates to faster asymptotic run-time. Additionally, the extra data normally needed for error checking in a singly-dimensioned data transfer situation is obviated, and therefore, actual data can be transferred instead of error-checking data. The conclusion is that 3g transfers data faster than 1x, and you don't have pauses due to waiting for more "music" data.

Btw, the conclusion is correct, the reasoning is totally made up.

[horndoctor]

Wirelessly posted (htc Pocket PC: Mozilla/4.0 (compatible; MSIE 6.0; Windows CE; IEMobile 7.11) Sprint MP6950SP)

Originally Posted by Recursion

Yeah, 1x is limited to singly dimensioned data structures; whereas 3g provides 3^3 (27) dimensional data structures. This distinction comes into play during constellation mapping, and the algorithm employed to effectuate such data transmissions utilizes error-free (effectively) transmissions without the need to check for errors. Thus, no parity checks equates to faster asymptotic run-time. Additionally, the extra data normally needed for error checking in a singly-dimensioned data transfer situation is obviated, and therefore, actual data can be transferred instead of error-checking data. The conclusion is that 3g transfers data faster than 1x, and you don't have pauses due to waiting for more "music" data.

Btw, the conclusion is correct, the reasoning is totally made up.

LOL!
Great post!