Module fpga_acceleration 

FPGA (Field-Programmable Gate Array) Acceleration for Quantum Simulation

This module provides high-performance quantum circuit simulation using FPGAs with custom hardware designs optimized for quantum gate operations. It leverages the reconfigurable nature of FPGAs to create specialized quantum processing units that can be optimized for specific quantum algorithms and gate sets.

Key features:

• Custom FPGA designs for quantum gate operations
• Parallel quantum state vector processing
• Hardware-optimized quantum arithmetic units
• Low-latency quantum circuit execution
• Memory-efficient state representation
• Real-time quantum error correction
• Integration with Intel/Xilinx FPGA platforms
• OpenCL and Verilog/SystemVerilog code generation

Structs

Bitstream

FPGA bitstream

BitstreamManager

Bitstream management

ExternalMemoryInterface

External memory interface

FPGAConfig

FPGA configuration

FPGADeviceInfo

FPGA device information

FPGAMemoryManager

FPGA memory manager

FPGAQuantumSimulator

FPGA quantum simulator

FPGAStats

FPGA performance statistics

HDLModule

HDL module representation

MemoryAccessScheduler

Memory access scheduler

MemoryInterface

Memory interface types

MemoryPool

Memory pool

PipelineStage

Pipeline stage

QuantumProcessingUnit

FPGA quantum processing unit

ResourceUtilization

Resource utilization

TimingInfo

Timing information

Enums

ArithmeticPrecision

Arithmetic precision types

FPGAPlatform

FPGA platform types

HDLTarget

Hardware description language targets

MemoryAccessPattern

Memory access patterns

MemoryInterfaceType

Memory interface types

ModuleType

Module types

PipelineOperation

Pipeline operations

SchedulingAlgorithm

Scheduling algorithms

Functions

benchmark_fpga_acceleration

Benchmark FPGA acceleration performance