h a l f b a k e r ySuperficial Intelligence
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This is not going to be the biggest capacity storage device
ever conceived.
Take a pizza base covered in tomato puree. Take any
computer-controlled cheese gun you might have lying around
and position it along a radial beam while rotating the pizza on
a turntable. Squirt cheese for a one,
don't for a zero.
Compress the data, then store them the way they'd be stored
on a hard drive (i.e. the edge thing, can't remember details),
read them back by using a microscope and a bright white
light. This is a constant angular velocity pizza of course.
"Take any computer-controlled cheese gun you might have lying around..."
Cheese_20sputtering_20gun
[hippo, Oct 03 2011]
5 1/4" Pizza Oven
http://web.archive...._2f4_20Pizza_20Oven
[hippo, Oct 03 2011]
[link]
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// constant angular velocity pizza of course // |
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Perhaps you could store a message like "Your dinner is ready"... |
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It makes no sense for the angular velocity to be constant - you'd be able to acheive much higher data densities by adjusting the angular speed depending on the head position to make the linear speed of the track beneath the head constant. |
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Might explain the truth behind why HAL was singing ¨Daisy¨ |
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[zen_tom], a multi-layer technique could deliver higher data density on the same substrate (deep pan for us, please). |
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If you have guests, a RAID array might be appropriate |
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Also, pizza data encoding has access to a range of data symbols so it seems a mistake to use binary for the storage medium. Octal storage (0=cheese, 1=anchovy, 2=mushroom, 4=pepperoni, 5= black olive, 6=prosciutto, 7=green olive) should quadruple the data density. |
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True, [hippo], but the data loss from picking off the anchovies would be a serious problem. |
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That could be solved by using Chorizo Relocation Compensation
(CRC) on each track. |
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What will the total capacity be, in bites, assuming a 5.25 inch
form factor ? |
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Presumaby both soft- and hard-sectored formats will be
available, requiring the availability of a pizza cuttin wheel. |
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On reflection, i think quattro formaggi would indeed more than double the data density, and that it would require a four-barrelled cheese gun, which has got to be a good thing. |
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or for more steganography, burn the data into the top layer of the dough, and then throw off the competition with a bogus layer of toppings that'll spend forever trying to decode. |
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Far higher data densities could be achieved by using a cheesecake covered with hundreds & thousands. |
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What bothers me is that the number of possible toppings is a prime number, which reduces the data density. I've been trying to come up with a solution to this, and here's my suggestion: tomato is still zero but the quattro formaggi are all very different in colour, e.g. blue cheese, mozzarella, red Leicester and mature cheddar, then they get melted together in different quantities, then a spectrographic analysis is done to read the data. I envisage a total of maybe three different levels per cheese including none, giving the cheese gun a bandwidth of around six bits. The hardest part would be telling the difference between the reddish cheese and the tomato. Certain combinations could be avoided because of their similarity to others, but that would just involve tweaking of quantities. However, even that would be wasteful because there are nearly seven dozen possibilities. |
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Calculating total data capacity and assuming a pizza one cubit in diameter with a millicubit resolution for the data, without compression, that would allow almost four gross kilobytes. |
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With a side of memory breadsticks, please. [+] |
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It would be reassuring to know that the system has been thoroughly de-bugged ... |
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What, the Borg don't like Madagascar Cockroaches on their
pizza? |
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