从FPGA为rotat模型外部存储器访问ing an ASCII art image. Many applications require FPGA to access memory in random fashion as per the requirements of algorithm. You will learn how to design memory address generation along with other AXI4 master signals to read and write specific regions of memory using SoC Blockset. You will simulate, implement and verify your design on hardware.

视频处理应用程序通常存储完整的视频数据以处理框架并修改下一个帧。在此类设计中，视频帧存储在外部内存中，而FPGA资源用于处理相同的数据。此示例显示了如何使用HDMI输入和输出执行直方图均衡的视频应用程序使用外部存储器进行视频框架缓冲。

建模硬件和软件之间分区的算法。硬件IP在FPGA结构中实现，并触发嵌入式处理器中实现的软件任务。设计，模拟和实施SOC硬件的完整设计。

设计一个应用程序以垂直翻转传入的视频流。您将使用外部内存存储视频框架来完成此任务。您可以使用此技术来设计和实施需要访问外部内存的其他视觉应用程序。

Implement the contrast-limited adaptive histogram equalization (CLAHE) algorithm for FPGA, including an external memory interface.

Different levels of abstraction available for SoC architecture and how to accelerate the simulation speed of SoC models by choosing the right abstraction level.

Demonstrates how to analyze memory bandwidth for an SoC application. In memory-intensive hardware designs, you may have multiple masters accessing a common DDR memory. In such cases, it is important to analyze the dynamic requirement of all memory masters to guide algorithm design and hardware board requirement for deployment. You can simulate the memory traffic using Memory traffic generators, analyze the bandwidth usage and verify it on the hardware.

设计，模拟和部署一个系统，以使用Xilinx®Zynq®ultrascale+™RFSOC ZCU111评估套件的SOCBlockSet®实现simulink®中的外部双数据速率4（DDR4）内存中捕获的RF样品。万博1manbetx在此示例中，您可以将模拟转换器（ADC）的捕获的样品写入外部可编程逻辑（PL）DDR4内存，从PL DDR4存储器中读取样品，然后将其发送到处理器以显示。使用数值控制的振荡器（NCO）在FPGA中生成音调信号以验证接收路径。