Module optimizations_stable 

Stable Quantum Computing Optimizations

This module provides quantum computing optimizations that work with stable dependencies and don’t rely on experimental scirs2-core features. These optimizations provide immediate performance benefits.

Re-exports

pub use adaptive_precision::adapt_precision_for_circuit;

pub use adaptive_precision::AdaptivePrecisionManager;

pub use adaptive_precision::PrecisionLevel;

pub use circuit_optimization::optimize_circuit;

pub use circuit_optimization::CircuitMetrics;

pub use circuit_optimization::CircuitOptimizer;

pub use circuit_optimization::OptimizationLevel;

pub use gate_fusion::apply_gate_fusion;

pub use gate_fusion::FusedGateSequence;

pub use gate_fusion::FusionRule;

pub use gate_fusion::GateFusionEngine;

pub use quantum_cache::get_global_cache;

pub use quantum_cache::CacheKey;

pub use quantum_cache::CachedResult;

pub use quantum_cache::StableQuantumCache;

pub use simd_gates::process_gates_simd;

pub use simd_gates::SIMDGateProcessor;

pub use simd_gates::VectorizedOperation;

Modules

adaptive_precision

Adaptive Precision Management for Quantum Simulations

circuit_optimization

Quantum Circuit Optimization Pipeline

gate_fusion

Quantum Gate Fusion Engine

quantum_cache

Stable Quantum Computing Cache System

simd_gates

SIMD-Optimized Quantum Gate Operations

Structs

OptimizationStatistics

Combined optimization statistics

Functions

get_optimization_statistics

Get comprehensive optimization statistics

initialize_stable_optimizations

Initialize all stable optimization systems