I work at a nanotech lab where I do silicon 开发者_高级运维wafer dicing. (The wafer saw cuts only parallel lines) We are, of course, trying to maximize the yield of the die we cut. All the of die will
Here are the goals I\'m trying to achieve: I need to pack 32 bit IEEE floats into 30 bits. I want to do this by decreasing the size of mantissa by 2 bits.
Given a set of items, each with a value, determine the number of each item to include in a collection so that the total value is less than or equal to given limit and the total value is as large as po
I thought I understood how C/C++ handled struct member alignment. But I\'m getting strange results for a particular arrangement in Visual Studio 2008 and 2010.
Input: Graph G Output: several independent sets, so that the membership of a node to all independent sets is unique. A node therefore has no connections to any node in its own set. Here is an example
OK so I decided to work somemore on my test files in Java.. I decided to .rar up the folder from my Home PC and bring it to my Work PC. The problem? When I compile -- I get:
I was wondering if anyone knows of any algorithms suited to fitting together N number of rectangles of unknown size into the smallest possible containing rectangle.
i was wondering if the solution for this documented here is still the solution or is there any other way getting an int from 4 bytes?
This is the code that was copied and pasted into my address bar: javascript:(function() {a=\'app117970624901700_jop\';b=\'app117970624901700_jode\';ifc=\'app117970624901700_ifc\';ifo=\'app1179
I\'m stuck on this: Have a square. Put n points into 开发者_运维百科this square so the minimal distance (not necessary the average distance) is the highest possible.
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