PRODUCTS
Products Overview
Mathematica
Mathematica for Students
Mathematica Home Edition
Wolfram
CDF Player
(free download)
Computable Document Format (CDF)
web
Mathematica
grid
Mathematica
Wolfram
Workbench
Mathematica
Add-Ons
Wolfram|Alpha Products
SOLUTIONS
Solutions Overview
Engineering
Aerospace Engineering & Defense
Chemical Engineering
Control Systems
Electrical Engineering
Image Processing
Industrial Engineering
Materials Science
Mechanical Engineering
Operations Research
Optics
Petroleum Engineering
Biotechnology & Medicine
Bioinformatics
Medical Imaging
Finance, Statistics & Business Analysis
Actuarial Sciences
Data Analysis & Mining
Econometrics
Economics
Financial Engineering & Mathematics
Financial Risk Management
Statistics
Software Engineering & Content Delivery
Authoring & Publishing
Interface Development
Software Engineering
Web Development
Science
Astronomy
Biological Sciences
Chemistry
Environmental Sciences
Geosciences
Social & Behavioral Sciences
Design, Arts & Entertainment
Game Design, Special Effects & Generative Art
Education
STEM Education Initiative
Higher Education
Community & Technical College Education
Primary & Secondary Education
Students
Technology
Computable Document Format (CDF)
High-Performance & Parallel Computing (HPC)
See Also: Technology Guide
PURCHASE
Online Store
Other Ways to Buy
Volume & Site Licensing
Contact Sales
Software
Service
Upgrades
Training
Books
SUPPORT
Support Overview
Knowledge Base
Learning Center
Community & Forums
Training & Free Seminars
Does My Site Have a License?
Wolfram User Portal
COMPANY
About Wolfram Research
News & Events
Wolfram Blog
Partnerships
Employment Opportunities
History of
Mathematica
Stephen Wolfram's Home Page
Contact Us
OUR SITES
All Sites
Wolfram|Alpha
Demonstrations Project
MathWorld
Integrator
Wolfram Functions Site
Mathematica Journal
Wolfram Media
Wolfram
Tones
Wolfram Science
Stephen Wolfram
DOCUMENTATION CENTER SEARCH
New to
Mathematica
?
Find your learning path
»
Mathematica
>
BUILT-IN MATHEMATICA SYMBOL
Integer and Number Theoretic Functions
Tutorials »
|
Rationalize
ContinuedFraction
RootApproximant
LatticeData
See Also »
|
Cryptographic Number Theory
Discrete & Integer Data
Matrix Decompositions
Number Recognition
More About »
LatticeReduce
LatticeReduce
gives a reduced basis for the set of vectors
.
MORE INFORMATION
The elements of the
can be integers, Gaussian integers, or Gaussian rational numbers.
EXAMPLES
CLOSE ALL
Basic Examples
(1)
Find the reduced norm basis for a lattice:
Find the reduced norm basis for a lattice:
In[1]:=
Out[1]=
Applications
(3)
Starting with trivial integer linear relationships,
LatticeReduce
can produce more interesting ones:
Find integer linear relationships for
and
of the form
:
LatticeReduce
preserves linear relationships, and the third row provides
,
, and
:
Find polynomial relationships
for
:
The trivial initial relationships:
The reduced relationships:
The first relationship:
Find linear relationships
x
0
+
x
1
ArcTan
[1]+
x
2
ArcTan
[1/5]+
x
3
ArcTan
[1/239]==0
:
Initial trivial relationships:
Reduced relationships:
The first relationship:
Properties & Relations
(2)
LatticeReduce
produces a new reduced basis for the same lattice:
The product of the norms will decrease:
The determinant or volume of the generator cell is preserved:
The lattice is generated by
, but also by
produced by
LatticeReduce
:
The original cell is pink, and the one produced by
LatticeReduce
is cyan:
Possible Issues
(1)
The set of vectors must have rational or Gaussian rational coefficients:
SEE ALSO
Rationalize
ContinuedFraction
RootApproximant
LatticeData
TUTORIALS
Integer and Number Theoretic Functions
MORE ABOUT
Cryptographic Number Theory
Discrete & Integer Data
Matrix Decompositions
Number Recognition
RELATED LINKS
Implementation notes: Numerical and Related Functions
NKS|Online
(
A New Kind of Science
)
New in 1