性能
改进为 ARM® Cortex®-A 处理器生成的算法代码的速度、准确度，并减少数据丢失。
主题
- 具有外部模式仿真的主机-目标通信
通过开发计算机和目标硬件之间的通信通道调整参数和监控信号。
- 使用 XCP 通信进行外部模式仿真
运行使用 XCP 通信通道的外部模式仿真。
- 使用 TCP/IP 的外部模式仿真
运行使用 TCP/IP 或串行通信通道的外部模式仿真。
- Verify Numerical Accuracy Using PIL
Verify numerical accuracy using Processor-in-the-Loop (PIL) simulation.
- 为 ARM Cortex-A 处理器优化代码
为 ARM Cortex-A 处理器使用 Ne10 代码替换库。
- Generate SIMD Code from Simulink Blocks for ARM Platforms
Improve the execution speed of the generated code using ARM Neon technology.
- Generate SIMD Code from MATLAB Functions for ARM Platforms
Improve the execution speed of the generated code using ARM Neon technology.
精选示例
Real-Time Code Execution Profiling
Learn how to profile the real-time execution of generated code running as an executable on ARM Cortex-A (QEMU) processor emulator.
Processor-in-the-Loop Verification of MATLAB Functions
Use Embedded Coder® Support Package for ARM Cortex-A Processors for processor-in-the-loop (PIL) verification of MATLAB® functions on ARM Cortex-A9 (QEMU) emulator.
Processor-in-the-Loop Verification of Simulink Models
Use Embedded Coder Support Package for ARM Cortex-A Processors processor-in-the-loop (PIL) verification of Simulink models.
Generate Optimized Code for Math Functions Using ARM Cortex-A CMSIS CRL
Use the ARM Cortex-A CMSIS code replacement library (CRL) to generate optimized code for math functions.
Generate and Deploy Optimized Code for Interpolated FIR Filter on Raspberry Pi Using ARM Cortex-A CMSIS CRL
Generate and deploy optimized code for an interpolated finite impulse response filter (IFIR) on a Raspberry Pi® target using the ARM Cortex-A CMSIS code replacement library (CRL) in Simulink®.
