Wolfram Research

Top500 List of Supercomputers - June 2016

The TOP500 table shows the 500 most powerful commercially available computer systems known to us.

USB Device Vendors and Devices

A dataset of the vendors and devices in the Linux usb.ids file

MNIST

Database of handwritten digits commonly used for training image processing systems

Stack Overflow Survey 2016

Results from Stack Overflow's 2016 Developer Survey

CIFAR-100

CIFAR-100 computer-vision training dataset

CIFAR-10

CIFAR-10 computer-vision training dataset

SWEETLEAD Molecule Database

A cheminformatics database of medicines, drugs, and herbal isolates

Second DIMACS P-Hat Graph 14

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Sanchis Graph 6

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Sanchis Graph 12

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Brockington Graph 12

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS P-Hat Graph 2

The Second DIMACS Implementation Challenge: 1992-1993

H(10,2) Hamming Graph

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Sanchis Graph 10

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Brockington Graph 3

The Second DIMACS Implementation Challenge: 1992-1993

H(6,2) Hamming Graph

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Brockington Graph 5

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Sanchis Graph 4

The Second DIMACS Implementation Challenge: 1992-1993

Steiner Triple System A27 Graph

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Brockington Graph 6

The Second DIMACS Implementation Challenge: 1992-1993

H(6,4) Hamming Graph

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Sanchis Graph 3

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Brockington Graph 8

The Second DIMACS Implementation Challenge: 1992-1993

H(8,2) Hamming Graph

The Second DIMACS Implementation Challenge: 1992-1993

5-Fat Ring Graph with 200 vertices

The Second DIMACS Implementation Challenge: 1992-1993

Steiner Triple System A45 Graph

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Brockington Graph 1

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Sanchis Graph 5

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Sanchis Graph 14

The Second DIMACS Implementation Challenge: 1992-1993

2-Fat Ring Graph with 500 vertices

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS P-Hat Graph 15

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS P-Hat Graph 10

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Sanchis Graph 1

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Sanchis Graph 11

The Second DIMACS Implementation Challenge: 1992-1993

H(8,4) Hamming Graph

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS P-Hat Graph 1

The Second DIMACS Implementation Challenge: 1992-1993

Steiner Triple System A9 Graph

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Brockington Graph 4

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Sanchis Graph 13

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Sanchis Graph 9

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Sanchis Graph 7

The Second DIMACS Implementation Challenge: 1992-1993

4 Dimensional Keller Graph

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Brockington Graph 2

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS P-Hat Graph 4

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS P-Hat Graph 11

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Sanchis Graph 8

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS P-Hat Graph 13

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Brockington Graph 11

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS P-Hat Graph 12

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS P-Hat Graph 5

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Brockington Graph 9

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS P-Hat Graph 8

The Second DIMACS Implementation Challenge: 1992-1993

5 Dimensional Keller Graph

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS P-Hat Graph 3

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Sanchis Graph 2

The Second DIMACS Implementation Challenge: 1992-1993

H(10,4) Hamming Graph

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS P-Hat Graph 7

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Brockington Graph 7

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Brockington Graph 10

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS P-Hat Graph 6

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS Sanchis Graph 15

The Second DIMACS Implementation Challenge: 1992-1993

Steiner Triple System A81 Graph

The Second DIMACS Implementation Challenge: 1992-1993

Second DIMACS P-Hat Graph 9

The Second DIMACS Implementation Challenge: 1992-1993

Sample Data: CPU Performance

A relative performance measure and characteristics of 209 CPUs.

Cunningham Number Factorizations

Numbers of the form b^n-1 and b^n+1 are factored for small prime bases b={2,3,5,7}

A Billion Bits of the Center Column of the Rule 30 Cellular Automaton

The center column of the rule 30 cellular automaton over a billion steps of evolution

Sample Data: Spam Email

Dataset of email statistics for the classification of spam email

Primitive Polynomials

Primitive polynomials for Galois field generation up to GF(2^1200), GF(3^660), GF(5^430), and GF(7^358)

The Silver Game of Life Lexicon

Famous Game of Life configurations collected by Stephen A. Silver

Linear Codes

Linear codes provide an optimal way for transmitting blocks of data over noisy channels