Editing Talk:1292: Pi vs. Tau
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Is it possible that this is also a reference to the compromise ATM cell size? Americans wanted 32 bytes of data per cell, to support DS0 data rates, IIRC. Europeans wanted 64 bytes to support their smallest telecom data rate (I don't remember the designation) and to reduce "cell tax" inefficiency. Neither side would capitulate, so they went with 48 bytes, which is worse than either for both sides. Diplomacy in communications standards at work! One step above "I'll take my ball and go home!" [[Special:Contributions/108.162.218.41|108.162.218.41]] 21:41, 31 May 2014 (UTC) | Is it possible that this is also a reference to the compromise ATM cell size? Americans wanted 32 bytes of data per cell, to support DS0 data rates, IIRC. Europeans wanted 64 bytes to support their smallest telecom data rate (I don't remember the designation) and to reduce "cell tax" inefficiency. Neither side would capitulate, so they went with 48 bytes, which is worse than either for both sides. Diplomacy in communications standards at work! One step above "I'll take my ball and go home!" [[Special:Contributions/108.162.218.41|108.162.218.41]] 21:41, 31 May 2014 (UTC) | ||
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Is it worth mentioning that while Tau simplifies circumference calculations from 2*pi*r to tau*r, that it complicates area calculations from pi*r^2 to tau/2*r^2? --[[Special:Contributions/141.101.104.17|141.101.104.17]] 16:46, 11 December 2014 (UTC) | Is it worth mentioning that while Tau simplifies circumference calculations from 2*pi*r to tau*r, that it complicates area calculations from pi*r^2 to tau/2*r^2? --[[Special:Contributions/141.101.104.17|141.101.104.17]] 16:46, 11 December 2014 (UTC) |