Don't Let RPCs Constrain Your API
Don't Let RPCs Constrain Your API
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DOI：
10.1145/3484266.3487389
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发表时间：
2021-11
期刊：
影响因子：
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通讯作者：
Daniel Bittman;R. Soulé;E. Miller;Vishal Shrivastav;P. Mehra;Matthew Boisvert;A. Silberschatz;P. Alvaro
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文献类型：
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作者：
Daniel Bittman;R. Soulé;E. Miller;Vishal Shrivastav;P. Mehra;Matthew Boisvert;A. Silberschatz;P. Alvaro
随着数据变得越来越分散，传统的RPC和数据序列化限制了性能，导致僵化，并妨碍了表达能力。我们相信，包括高密度持久存储器、高速网络和可编程交换机在内的技术趋势，使我们现在重新审视分布式共享存储器、全局寻址和基于内容的网络的研究成为正确的时机。我们的愿景结合了RPC的代码移动性与一流的数据引用在一个全球性的地址空间，通过共同设计的操作系统和网络周围的普适数据身份。我们有初步的结果表明，所提出的协同设计的承诺。
As data becomes increasingly distributed, traditional RPC and data serialization limits performance, result in rigidity, and hamper expressivity. We believe that technology trends including high-density persistent memory, high-speed networks, and programmable switches make this the right time to revisit prior research on distributed shared memory, global addressing, and content-based networking. Our vision combines the code mobility of RPC with first-class data references in a global address space by co-designing the OS and the network around pervasive data identity. We have initial results showing the promise of the proposed co-design.