StationaryQubit. https://arxiv.org/abs/1908.10758. More...

#include <StationaryQubit.h>

Inheritance diagram for quisp::modules::StationaryQubit:

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Collaboration diagram for quisp::modules::StationaryQubit:

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Public Member Functions
	StationaryQubit ()

void	setFree (bool consumed) override

void	Lock (unsigned long rs_id, int rule_id, int action_id) override

void	Unlock () override

bool	isLocked () override

void	emitPhoton (int pulse) override
	Emit photon.

virtual types::EigenvalueResult	measureX () override

virtual types::EigenvalueResult	measureY () override

virtual types::EigenvalueResult	measureZ () override

virtual types::MeasurementOutcome	measureRandomPauliBasis () override

void	gateCNOT (IStationaryQubit *target_qubit) override

void	gateHadamard () override

void	gateX () override

void	gateZ () override

void	gateY () override

void	gateS () override

void	gateSdg () override

backends::IQubit *	getBackendQubitRef () const override

Public Member Functions inherited from quisp::modules::IStationaryQubit
	IStationaryQubit ()

virtual	~IStationaryQubit ()

Public Attributes
double	emission_success_probability

bool	locked

unsigned long	locked_ruleset_id

unsigned long	locked_rule_id

Public Attributes inherited from quisp::modules::IStationaryQubit
int	qnic_type

int	qnic_index

int	action_index

Protected Member Functions
void	initialize () override
	Initialize StationaryQubit.

void	finish () override

void	handleMessage (omnetpp::cMessage *msg) override
	handle PhotonicQubit generated by StatinoryQubit itself

messages::PhotonicQubit *	generateEntangledPhoton ()
	Generate photon entangled with the memory.

void	setBusy ()

std::unique_ptr< IConfiguration >	prepareBackendQubitConfiguration (bool overwrite)

Protected Attributes
IBackendQubit *	qubit_ref

bool	is_busy

omnetpp::simtime_t	emitted_time = -1

double	emission_jittering_standard_deviation

int	stationary_qubit_address

int	node_address

int	qnic_address

utils::ComponentProvider	provider

IQuantumBackend *	backend

Detailed Description

StationaryQubit. https://arxiv.org/abs/1908.10758.

Constructor & Destructor Documentation

◆ StationaryQubit()

quisp::modules::StationaryQubit::StationaryQubit ( )

Member Function Documentation

◆ emitPhoton()

void quisp::modules::StationaryQubit::emitPhoton ( int pulse )

overridevirtual

Emit photon.

Parameters

pulse	is 1 for the beginning of the burst, 2 for the end.
pulse	0 for nothing, 1 for first, 2 for last, 3 for first and last

The stationary qubit shouldn't be already busy.

Implements quisp::modules::IStationaryQubit.

◆ finish()

void quisp::modules::StationaryQubit::finish ( )

overrideprotected

◆ gateCNOT()

void quisp::modules::StationaryQubit::gateCNOT ( IStationaryQubit * target_qubit )

overridevirtual

Implements quisp::modules::IStationaryQubit.

◆ gateHadamard()

void quisp::modules::StationaryQubit::gateHadamard ( )

overridevirtual

Implements quisp::modules::IStationaryQubit.

◆ gateS()

void quisp::modules::StationaryQubit::gateS ( )

overridevirtual

Implements quisp::modules::IStationaryQubit.

◆ gateSdg()

void quisp::modules::StationaryQubit::gateSdg ( )

overridevirtual

Implements quisp::modules::IStationaryQubit.

◆ gateX()

void quisp::modules::StationaryQubit::gateX ( )

overridevirtual

Implements quisp::modules::IStationaryQubit.

◆ gateY()

void quisp::modules::StationaryQubit::gateY ( )

overridevirtual

Implements quisp::modules::IStationaryQubit.

◆ gateZ()

void quisp::modules::StationaryQubit::gateZ ( )

overridevirtual

Implements quisp::modules::IStationaryQubit.

◆ generateEntangledPhoton()

PhotonicQubit * quisp::modules::StationaryQubit::generateEntangledPhoton ( )

protected

Generate photon entangled with the memory.

Warning: Shouldn't we destroy a possibly existing photon object before? <- No, I dont think so...

◆ getBackendQubitRef()

backends::IQubit * quisp::modules::StationaryQubit::getBackendQubitRef ( ) const

overridevirtual

Implements quisp::modules::IStationaryQubit.

◆ handleMessage()

void quisp::modules::StationaryQubit::handleMessage ( omnetpp::cMessage * msg )

overrideprotected

handle PhotonicQubit generated by StatinoryQubit itself

Parameters

msg	is the PhotonicQubit message

◆ initialize()

void quisp::modules::StationaryQubit::initialize ( )

overrideprotected

Initialize StationaryQubit.

Omnet called method to initialize objects.

◆ isLocked()

bool quisp::modules::StationaryQubit::isLocked ( )

overridevirtual

Implements quisp::modules::IStationaryQubit.

◆ Lock()

void quisp::modules::StationaryQubit::Lock	(	unsigned long	rs_id,
		int	rule_id,
		int	action_id )

overridevirtual

Implements quisp::modules::IStationaryQubit.

◆ measureRandomPauliBasis()

MeasurementOutcome quisp::modules::StationaryQubit::measureRandomPauliBasis ( )

overridevirtual

Implements quisp::modules::IStationaryQubit.

◆ measureX()

EigenvalueResult quisp::modules::StationaryQubit::measureX ( )

overridevirtual

Implements quisp::modules::IStationaryQubit.

◆ measureY()

EigenvalueResult quisp::modules::StationaryQubit::measureY ( )

overridevirtual

Implements quisp::modules::IStationaryQubit.

◆ measureZ()

EigenvalueResult quisp::modules::StationaryQubit::measureZ ( )

overridevirtual

Implements quisp::modules::IStationaryQubit.

◆ prepareBackendQubitConfiguration()

std::unique_ptr< IConfiguration > quisp::modules::StationaryQubit::prepareBackendQubitConfiguration ( bool overwrite )

protected

get the default backend configuration from the Bcakend module. if overwrite arg is true, collect StationaryQubit's backend qubit config and overwrite the default configuration with it. if you want to use different qubit configuration, it's useful.

◆ setBusy()

void quisp::modules::StationaryQubit::setBusy ( )

protected

◆ setFree()

void quisp::modules::StationaryQubit::setFree ( bool consumed )

overridevirtual

Implements quisp::modules::IStationaryQubit.

◆ Unlock()

void quisp::modules::StationaryQubit::Unlock ( )

overridevirtual

Implements quisp::modules::IStationaryQubit.

Member Data Documentation

◆ backend

IQuantumBackend* quisp::modules::StationaryQubit::backend

protected

◆ emission_jittering_standard_deviation

double quisp::modules::StationaryQubit::emission_jittering_standard_deviation

protected

◆ emission_success_probability

double quisp::modules::StationaryQubit::emission_success_probability

◆ emitted_time

omnetpp::simtime_t quisp::modules::StationaryQubit::emitted_time = -1

protected

◆ is_busy

bool quisp::modules::StationaryQubit::is_busy

protected

◆ locked

bool quisp::modules::StationaryQubit::locked

◆ locked_rule_id

unsigned long quisp::modules::StationaryQubit::locked_rule_id

◆ locked_ruleset_id

unsigned long quisp::modules::StationaryQubit::locked_ruleset_id

◆ node_address

int quisp::modules::StationaryQubit::node_address

protected

◆ provider

utils::ComponentProvider quisp::modules::StationaryQubit::provider

protected

◆ qnic_address

int quisp::modules::StationaryQubit::qnic_address

protected

◆ qubit_ref

IBackendQubit* quisp::modules::StationaryQubit::qubit_ref

protected

◆ stationary_qubit_address

int quisp::modules::StationaryQubit::stationary_qubit_address

protected

The documentation for this class was generated from the following files:

quisp/modules/QNIC/StationaryQubit/StationaryQubit.h
quisp/modules/QNIC/StationaryQubit/StationaryQubit.cc

Public Member Functions

Public Attributes

Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ StationaryQubit()

Member Function Documentation

◆ emitPhoton()

◆ finish()

◆ gateCNOT()

◆ gateHadamard()

◆ gateS()

◆ gateSdg()

◆ gateX()

◆ gateY()

◆ gateZ()

◆ generateEntangledPhoton()

◆ getBackendQubitRef()

◆ handleMessage()

◆ initialize()

◆ isLocked()

◆ Lock()

◆ measureRandomPauliBasis()

◆ measureX()

◆ measureY()

◆ measureZ()

◆ prepareBackendQubitConfiguration()

◆ setBusy()

◆ setFree()

◆ Unlock()

Member Data Documentation

◆ backend

◆ emission_jittering_standard_deviation

◆ emission_success_probability

◆ emitted_time

◆ is_busy

◆ locked

◆ locked_rule_id

◆ locked_ruleset_id

◆ node_address

◆ provider

◆ qnic_address

◆ qubit_ref

◆ stationary_qubit_address