Module mixed_precision_impl 

Mixed-precision quantum simulation module.

This module provides adaptive precision algorithms that automatically select optimal numerical precision (f16, f32, f64) for different parts of quantum computations, leveraging performance optimization while maintaining required accuracy.

Re-exports

pub use analysis::AnalysisSummary;

pub use analysis::PerformanceMetrics;

pub use analysis::PrecisionAnalysis;

pub use analysis::PrecisionAnalyzer;

pub use config::AdaptiveStrategy;

pub use config::MixedPrecisionConfig;

pub use config::MixedPrecisionContext;

pub use config::PrecisionLevel;

pub use config::QuantumPrecision;

pub use simulator::MixedPrecisionSimulator;

pub use simulator::MixedPrecisionStats;

pub use state_vector::MixedPrecisionStateVector;

Modules

analysis

Precision analysis and performance metrics for mixed-precision simulation.

config

Configuration structures for mixed-precision quantum simulation.

simulator

Mixed-precision quantum simulator implementation.

state_vector

Mixed-precision state vector implementations for quantum simulation.

Functions

benchmark_precisions

Benchmark different precision levels

calculate_memory_savings

Calculate memory savings compared to double precision

default_accuracy_config

Create a default configuration for accuracy

default_balanced_config

Create a balanced configuration

default_performance_config

Create a default configuration for performance

estimate_memory_usage

Estimate memory usage for a given configuration and number of qubits

get_performance_factor

Get performance improvement factor for a precision level

get_supported_precisions

Get supported precision levels

initialize

Initialize the mixed-precision subsystem

is_available

Check if mixed-precision features are available

validate_config

Validate a mixed-precision configuration