On this page you can find a collection of benchmarks for Quantum circuits (QC) synthesis. This collection is open source and can be used for comparison and evaluation goals.

Bellow multiple file-tables can be found. Each represents a category of problems so as details of the found solution. Each file is a set of gates represented by unitary matrices that can be easilyread into a qunatum register and manipulated.

Table with links to simple benchmark files:

Input Rotation Set ->	An example of input data format (old version) Complete set CS-1; New version Complete set CS-1;
	Full set of NMR Pulses for (+/-[Pi, Pi/2, Pi/3, Pi/4, Pi/5]) and Phase values for the same value of rotations (only 2-I/O gates so as only closest neighbor gates) here; New version here;
	Full input set (new format) of synthesis based only on single qubit rotations, and on two qubit (single controlled gates) such as CNOT, CV and CVt here
	The set of ternary gates as well as Boolean gates embedded in the ternary logic: New version Complete set;
Output matrices	Fredkin: ;Toffoli: ;Margolus: ;Miller: ;FullAdder: ;rb53: ;
Octave Matrix File - required for calculating matrices generated by the circuitdecoder.pl	here

Each benchmark file contains matrices for gates:

• First line in the file is the total number of gates
• First line before the matrix is the number of inputs/outputs I/O
• Second line (optional) is the cost of each gate

• 1 - I/O gate costs 1
• 2 - I/O gate costs 2

EpiG - Genetic Quantum-Logic Synthesizer

Multiple versions are so far provided, however the path of the software development is going to be to provide only a single modular-like algorithm for all variations of constraints.

The available software categories:

• The CUDA accelerated Evolutionary synthesizer for both Quantum Logic Circuits Synthesis and for the synthesis of Quantum 1 - way Finite State Machines right now acceleration is only partial but soon a completely accelerated search will be available. Works up to 9 qubits.

  January 26 2010

  The new 2.5 version is out!!. Many changes and optimizations available. Get it HERE - source code

  October 26 2009

  This version (v.2.4) has improved compilation and more bugs are removed. Download it HERE - source code