Nathaniel at 18:59, 12 January 2016

2016-01-12T18:59:09Z

← Older revision		Revision as of 18:59, 12 January 2016
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	* <tt>[[InducedMatrixNorm]]</tt>: Computes a lower bound on the induced p->q norm of a matrix.		* <tt>[[InducedMatrixNorm]]</tt>: Computes a lower bound on the induced p->q norm of a matrix.
	* <tt>[[InducedSchattenNorm]]</tt>: Computes a lower bound on the induced Schatten p->q norm of a superoperator.		* <tt>[[InducedSchattenNorm]]</tt>: Computes a lower bound on the induced Schatten p->q norm of a superoperator.
	* <tt>[[L1NormCoherence]]</tt>: Computes the l1-norm of coherence of a quantum state.		* <tt>[[L1NormCoherence]]</tt>: Computes the ℓ<sub>1</sub>-norm of coherence of a quantum state.
	* <tt>[[NonlocalGameLB]]</tt>: Computes a lower bound on the quantum value of a two-player non-local game.		* <tt>[[NonlocalGameLB]]</tt>: Computes a lower bound on the quantum value of a two-player non-local game.
	* <tt>[[RandomPOVM]]</tt>: Computes a random POVM of a specified size and with a specified number of outcomes.		* <tt>[[RandomPOVM]]</tt>: Computes a random POVM of a specified size and with a specified number of outcomes.

Nathaniel: Created page with "===New functions=== * `BCSGameLB`: Computes a lower bound on the quantum value of a binary constraint system (BCS) game. * `BCSGameValue`: Computes the m..."

2016-01-12T18:57:43Z

Created page with "===New functions=== * <tt>BCSGameLB</tt>: Computes a lower bound on the quantum value of a binary constraint system (BCS) game. * <tt>BCSGameValue</tt>: Computes the m..."

New page

===New functions===
* <tt>[[BCSGameLB]]</tt>: Computes a lower bound on the quantum value of a binary constraint system (BCS) game.
* <tt>[[BCSGameValue]]</tt>: Computes the maximum value of a binary constraint system (BCS) game. In classical and no-signalling settings, the value computed is exact, but the quantum value is just an upper bound.
* <tt>[[InducedMatrixNorm]]</tt>: Computes a lower bound on the induced p->q norm of a matrix.
* <tt>[[InducedSchattenNorm]]</tt>: Computes a lower bound on the induced Schatten p->q norm of a superoperator.
* <tt>[[L1NormCoherence]]</tt>: Computes the l1-norm of coherence of a quantum state.
* <tt>[[NonlocalGameLB]]</tt>: Computes a lower bound on the quantum value of a two-player non-local game.
* <tt>[[RandomPOVM]]</tt>: Computes a random POVM of a specified size and with a specified number of outcomes.
* <tt>[[RelEntCoherence]]</tt>: Computes the relative entropy of coherence of a quantum state.
* <tt>[[RobustnessCoherence]]</tt>: Computes the robustness of coherence of a quantum state.
* <tt>[[TraceDistanceCoherence]]</tt>: Computes the trace distance of coherence of a quantum state.
* <tt>helpers/[[bcs_to_nonlocal]]</tt>: Converts a description of a binary constraint system (BCS) game into a form that can be presented as a general non-local game.
* <tt>helpers/[[pure_to_mixed]]</tt>: Converts a state vector or density matrix representation of a state to a density matrix.

===Changes to existing functions===
* <tt>[[Entropy]]</tt>: Fixed a bug that would cause NaN output for some low-rank input states.
* <tt>[[kpNorm]]</tt>: Can now be used as the objective function or as a constraint in a CVX optimization problem, regardless of k and p (only certain special values of k and p were supported previously).
* <tt>[[kpNormDual]]</tt>: Can now be used as the objective function or as a constraint in a CVX optimization problem, regardless of k and p (only certain special values of k and p were supported previously).
* <tt>[[NonlocalGameValue]]</tt>: Added the REPT optional input argument, which lets the user specify the number of times that the non-local game will be repeated in parallel.
* <tt>[[SchattenNorm]]</tt>: Can now be used as the objective function or as a constraint in a CVX optimization problem, regardless of p (only p = 1, p = 2, and p = Inf were supported previously).

QETLAB:Change log/v0.9 - Revision history

Nathaniel at 18:59, 12 January 2016

Nathaniel: Created page with "===New functions=== * BCSGameLB: Computes a lower bound on the quantum value of a binary constraint system (BCS) game. * BCSGameValue: Computes the m..."

Nathaniel: Created page with "===New functions=== * `BCSGameLB`: Computes a lower bound on the quantum value of a binary constraint system (BCS) game. * `BCSGameValue`: Computes the m..."