RDMA communication is an efficient choice for many applications, such as data acquisition systems, data center networking and any other networking application, where high bandwidth and low latency are necessary. RDMA can be implemented using a large array of options, which need to be tailored to the needed use case, in order to get optimal results. Aspects such as the effects of using multiple simultaneous connections, using various transport functions such as RDMA Write and RDMA Send and communication models such as sending individual bursts or continuous streams of data will be investigated for implementing RDMA on FPGA devices.

中文翻译：

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使用 FPGA 设备的 RDMA 实现的性能分析和设计选择

RDMA 通信对于许多应用程序来说是一种有效的选择，例如数据采集系统、数据中心网络和任何其他需要高带宽和低延迟的网络应用程序。 RDMA 可以使用大量选项来实现，这些选项需要根据所需的用例进行定制，以获得最佳结果。将研究使用多个同时连接、使用各种传输功能（例如 RDMA 写入和 RDMA 发送）以及通信模型（例如发送单个突发或连续数据流）的影响，以便在 FPGA 设备上实现 RDMA。