<--- Back to Details
First PageDocument Content
Primitive types / Numbers / Software engineering / Binary arithmetic / Relational database management systems / Floating point / Double-precision floating-point format / SQL / Fixed-point arithmetic / Computer arithmetic / Data types / Computing
Date: 2014-10-28 05:20:26
Primitive types
Numbers
Software engineering
Binary arithmetic
Relational database management systems
Floating point
Double-precision floating-point format
SQL
Fixed-point arithmetic
Computer arithmetic
Data types
Computing

Apresentação do PowerPoint

Add to Reading List

Source URL: www.firebirdsql.org

Download Document from Source Website

File Size: 409,84 KB

Share Document on Facebook

Similar Documents

Computer arithmetic / Computer architecture / Mathematics / Computing / Rounding / Fixed-point arithmetic / Audio bit depth / IEEE floating point / Q / C++ classes / Floor and ceiling functions / Double-precision floating-point format

FAST ROUNDING OF FLOATING POINT NUMBERS

DocID: 1rtx5 - View Document

Computer architecture / Computing / Computer arithmetic / Computer engineering / Extended precision / Long double / Processor register / X87 / 64-bit computing / Double-precision floating-point format / X86 / IEEE floating point

CS:APP Web Aside DATA:IA32-FP: Intel IA32 Floating-Point Arithmetic∗ Randal E. Bryant David R. O’Hallaron June 5, 2012

DocID: 1rpCG - View Document

Computer arithmetic / Mathematics / Arithmetic / Mathematical analysis / IEEE 754-1985 / Single-precision floating-point format / Double-precision floating-point format / Denormal number / Rounding / Pi / Precision / Approximations of

Lineare Algebra Endliche Arithmetik Walter Gander ETH Z¨ urich

DocID: 1rfwa - View Document

Computer arithmetic / Computing / Mathematics / Mathematical analysis / Normal number / IEEE floating point / Decimal64 floating-point format / Double-precision floating-point format / Decimal128 floating-point format / Decimal32 floating-point format / Rounding / Exponential function

Worst Cases for the Exponential Function in the IEEE 754r decimal64 Format Vincent Lefèvre, Damien Stehlé, Paul Zimmermann LORIA / INRIA Lorraine JNAO 2006

DocID: 1reF1 - View Document

Computer arithmetic / Computing / Mathematics / Computer architecture / Rounding / GNU MPFR / Double-precision floating-point format / IEEE floating point / Significant figures / Sine / C99 / Roundedness

Hardest-to-Round Cases – Part 2 Vincent LEFÈVRE AriC, INRIA Grenoble – Rhône-Alpes / LIP, ENS-Lyon Journées TaMaDi, Lyon,

DocID: 1rccC - View Document