decoration decoration
Stories

GROKLAW
When you want to know more...
decoration
For layout only
Home
Archives
Site Map
Search
About Groklaw
Awards
Legal Research
Timelines
ApplevSamsung
ApplevSamsung p.2
ArchiveExplorer
Autozone
Bilski
Cases
Cast: Lawyers
Comes v. MS
Contracts/Documents
Courts
DRM
Gordon v MS
GPL
Grokdoc
HTML How To
IPI v RH
IV v. Google
Legal Docs
Lodsys
MS Litigations
MSvB&N
News Picks
Novell v. MS
Novell-MS Deal
ODF/OOXML
OOXML Appeals
OraclevGoogle
Patents
ProjectMonterey
Psystar
Quote Database
Red Hat v SCO
Salus Book
SCEA v Hotz
SCO Appeals
SCO Bankruptcy
SCO Financials
SCO Overview
SCO v IBM
SCO v Novell
SCO:Soup2Nuts
SCOsource
Sean Daly
Software Patents
Switch to Linux
Transcripts
Unix Books

Gear

Groklaw Gear

Click here to send an email to the editor of this weblog.


You won't find me on Facebook


Donate

Donate Paypal


No Legal Advice

The information on Groklaw is not intended to constitute legal advice. While Mark is a lawyer and he has asked other lawyers and law students to contribute articles, all of these articles are offered to help educate, not to provide specific legal advice. They are not your lawyers.

Here's Groklaw's comments policy.


What's New

STORIES
No new stories

COMMENTS last 48 hrs
No new comments


Sponsors

Hosting:
hosted by ibiblio

On servers donated to ibiblio by AMD.

Webmaster
Not necessarily binary | 709 comments | Create New Account
Comments belong to whoever posts them. Please notify us of inappropriate comments.
Word integers that is.
Authored by: Wol on Sunday, May 12 2013 @ 05:51 PM EDT
A digital computer does not (for the most part) manipulate binary numbers. It
manipulates WORDS of arbitrary (fixed per architecture) length.

The old Z80 used 8 and 16 bit registers. It was (for the most part) incapable of
manipulating single bits... The same is true for pretty much all processors.

:-)

Cheers,
Wol

[ Reply to This | Parent | # ]

Not necessarily binary
Authored by: mvs_tomm on Monday, May 13 2013 @ 12:01 PM EDT
The whole operation of a digital computer is based on its manipulation of sets of binary numbers ...
There were several early computers that were designed to do decimal arithmetic. You could conceivably write a program for them to do binary arithmetic, but they did not have the native capability to do it.

Decimal artihmetic is implemented on many computers that are largely binary in nature. For example, IBM mainframes have always been able to perform decimal arithmetic, and now Decimal Floating-Point is available. Decimal arithmetic is very useful for real-world computing. There is no precise way to express the result of dividing 1 by ten in binary, just as there is no precise way of expressing the result of dividing 1 by three in decimal.

There has also been some work done with ternary logic and ternary computers. The Setun, for example was implemented using ternary logic.

Don't get hung up on binary.

Tom Marchant

[ Reply to This | Parent | # ]

Groklaw © Copyright 2003-2013 Pamela Jones.
All trademarks and copyrights on this page are owned by their respective owners.
Comments are owned by the individual posters.

PJ's articles are licensed under a Creative Commons License. ( Details )