Expand description
Just-in-time compilation for frequently used gate sequences.
This module provides advanced JIT compilation capabilities for quantum circuit simulation, enabling compilation of frequently used gate sequences into optimized machine code for dramatic performance improvements.
Structs§
- Compiled
Gate Sequence - Compiled gate sequence
- Complexity
Analyzer - Complexity analyzer
- Fused
Gate Operation - Fused gate operation
- Gate
Sequence Pattern - Gate sequence pattern for compilation
- JITBenchmark
Results - JIT benchmark results
- JITCompiler
- JIT compilation engine
- JITCompiler
Stats - JIT compiler statistics
- JITConfig
- JIT compilation configuration
- JITPerformance
Stats - JIT performance statistics
- JITQuantum
Simulator - JIT-enabled quantum simulator
- JITSimulator
Stats - JIT simulator statistics
- Matrix
Operation - Matrix operation for compilation
- Pattern
Analysis Result - Pattern analysis result
- Pattern
Analyzer - Pattern analyzer for detecting common gate sequences
- Pattern
Complexity - Pattern complexity analysis
- Runtime
Profiler - Runtime profiler for performance monitoring
- Runtime
Profiler Stats - Runtime profiler statistics
- Vectorized
Operation - Vectorized operation for SIMD
Enums§
- Bytecode
Instruction - JIT bytecode instructions
- Compilation
Priority - Compilation priority levels
- Compilation
Status - Compilation status for gate sequences
- Compiled
Function - Compiled function representation
- JITOptimization
- JIT optimization techniques applied
- JITOptimization
Level - JIT optimization levels
- Matrix
Compute Function - Matrix computation function
- Matrix
OpType - Matrix operation types
- Optimization
Suggestion - Optimization suggestions
- Prefetch
Pattern - Prefetch pattern for memory optimization
- SIMD
Instruction - SIMD instruction types
- SIMD
Layout - SIMD data layout
Functions§
- benchmark_
jit_ compilation - Benchmark JIT compilation system