bitmath.blogspot.com

Bits, Math and Performance

Bits, Math and Performance. Bits and math come together to form interesting algorithms, with a small focus on performance. Sunday, 13 April 2014. A bitwise relational domain. This is the thing that I was referring to in my previous post. Where I said it didn't work out as well as I'd hoped. That's still the case. But it's not a complete failure, it's just not as good as I had hoped it might be, and it's still interesting (and, as far as I know, new). Namely a matrix where the element. The problem with th...

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Bits, Math and Performance | bitmath.blogspot.com Reviews

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Bits, Math and Performance. Bits and math come together to form interesting algorithms, with a small focus on performance. Sunday, 13 April 2014. A bitwise relational domain. This is the thing that I was referring to in my previous post. Where I said it didn't work out as well as I'd hoped. That's still the case. But it's not a complete failure, it's just not as good as I had hoped it might be, and it's still interesting (and, as far as I know, new). Namely a matrix where the element. The problem with th...

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6 earlier

7 is known before

8 the addition

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10 posted by harold

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Bits, Math and Performance | bitmath.blogspot.com Reviews

https://bitmath.blogspot.com

Bits, Math and Performance. Bits and math come together to form interesting algorithms, with a small focus on performance. Sunday, 13 April 2014. A bitwise relational domain. This is the thing that I was referring to in my previous post. Where I said it didn't work out as well as I'd hoped. That's still the case. But it's not a complete failure, it's just not as good as I had hoped it might be, and it's still interesting (and, as far as I know, new). Namely a matrix where the element. The problem with th...

INTERNAL PAGES

bitmath.blogspot.com

1

Bits, Math and Performance: Announcing haroldbot

http://www.bitmath.blogspot.com/2013/08/announcing-haroldbot.html

Bits, Math and Performance. Bits and math come together to form interesting algorithms, with a small focus on performance. Saturday, 10 August 2013. An ircbot (hence the name) that solves some bitmath problems. The title is actually a lie - haroldbot has been around for a while now. But now it finally got its own website. Check it out, if you work with bits you will probably find this useful. Subscribe to: Post Comments (Atom). Addition in the bitfield domain. View my complete profile.

2

Bits, Math and Performance: August 2013

http://www.bitmath.blogspot.com/2013_08_01_archive.html

Bits, Math and Performance. Bits and math come together to form interesting algorithms, with a small focus on performance. Thursday, 22 August 2013. Addition in the bitfield domain. Bitfield domains are abstract domains that track the possible values of every bit independently. For example, they can express things like "all values where the third bit is set". There are two obvious "simplest useful" bitfield domains:. The first one is probably the most obvious one: a bitvector. Be zero, and a bitvector.

3

Bits, Math and Performance: February 2014

http://www.bitmath.blogspot.com/2014_02_01_archive.html

Bits, Math and Performance. Bits and math come together to form interesting algorithms, with a small focus on performance. Tuesday, 4 February 2014. Addition in the bitfield domain, alternative algorithm. This is obviously a continuation of this post. The idea behind this algorithm is to take the software version of a Kogge-Stone adder. And replace all the variables by z/o pairs and all the operators by their "lifted" equivalents. So just take this:. Subscribe to: Posts (Atom). View my complete profile.

4

Bits, Math and Performance: April 2014

http://www.bitmath.blogspot.com/2014_04_01_archive.html

Bits, Math and Performance. Bits and math come together to form interesting algorithms, with a small focus on performance. Sunday, 13 April 2014. A bitwise relational domain. This is the thing that I was referring to in my previous post. Where I said it didn't work out as well as I'd hoped. That's still the case. But it's not a complete failure, it's just not as good as I had hoped it might be, and it's still interesting (and, as far as I know, new). Namely a matrix where the element. The problem with th...

5

Bits, Math and Performance: Addition in the bitfield domain, alternative algorithm

http://www.bitmath.blogspot.com/2014/02/addition-in-bitfield-domain-alternative.html

Bits, Math and Performance. Bits and math come together to form interesting algorithms, with a small focus on performance. Tuesday, 4 February 2014. Addition in the bitfield domain, alternative algorithm. This is obviously a continuation of this post. The idea behind this algorithm is to take the software version of a Kogge-Stone adder. And replace all the variables by z/o pairs and all the operators by their "lifted" equivalents. So just take this:. Subscribe to: Post Comments (Atom).

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Bits, Math and Performance

Bits, Math and Performance. Bits and math come together to form interesting algorithms, with a small focus on performance. Sunday, 13 April 2014. A bitwise relational domain. This is the thing that I was referring to in my previous post. Where I said it didn't work out as well as I'd hoped. That's still the case. But it's not a complete failure, it's just not as good as I had hoped it might be, and it's still interesting (and, as far as I know, new). Namely a matrix where the element. The problem with th...

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