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sha-1.rar
- 本算法基于leon2协处理器接口标准,内含testbench,在modelsim中仿真通过,在ise9.2中综合及后仿真通过。,The algorithm is based on the leon2 co-processor interface standard, including testbench, ModelSim simulation in the adoption, in ise9.2 integrated and adopted after the simulation.
Hardware_Speedup_DSP_FPGA
- 现场可编程门阵列(FPGA)已经不再单纯应用在芯片与系统之间的直接互联层,在软件无线电(SDR)中,FPGA逐渐用做通用运算架构来实现硬件加速单元,在降低成本和功耗的基础上提升性能表现。SDR调制解调器的典型实现包括通用处理器(GPP)、数字信号处理器(DSP)和FPGA。而且,FPGA架构可以结合专用硬件加速单元,用来卸载GPP或DSP。软核微处理器可以结合定制逻辑,扩展其内核,也可以将分立的硬件加速协处理器添加到系统中。此外,还可将通用布线资源放在FPGA中,这些硬件加速单元可以并行运行,进
LEON3.Speed.SoC
- 基于LEON3处理器和Speed协处理器的复杂SoC设计实现-Speed based on LEON3 processor and the complexity of co-processor SoC design and implementation
MUl
- 自己编写的单周期16位乘法器源代码,作为普通51单片机的“协处理器”可以实现普通51的实时音频FFT-16bit multiplier source code I have written a single cycle, as the ordinary 51 single-chip coprocessor can achieve a common 51 real-time audio FFT