Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Recent work on distributed RAM sharing has largely focused on leveraging low-latency networking technologies to optimize remote memory access. In contrast,  revisit the idea of RAM sharing on a commodity cluster with an emphasis on the prevalent gigabit Ethernet technology. The main point of the paper is to present a practical solution-a distributed RAM disk (dRamDisk) with an adaptive read-ahead scheme-which demonstrates that spare RAM capacity can greatly benefit I/O-constrained applications. Specifically, our experiments show that sequential read/write operations can be sped up approximately 3.5 times relative to a commodity hard drive and that, for more random access patterns, such as the ones experienced on a server, the speedup can be much higher. Our experiments demonstrate that this speedup is approximately 90% of what is practically achievable for the tested system.
['Vassil Roussev', 'Golden G. Richard', 'Daniel H. Tingstrom']
I am writing a research paper on a idea dRamDisk: efficient RAM sharing on a commodity cluster
[{"from": "human", "value": "I am writing a research paper on a idea dRamDisk: efficient RAM sharing on a commodity cluster"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Recent work on distributed RAM sharing has largely focused on leveraging low-latency networking technologies to optimize remote memory access. In contrast,  revisit the idea of RAM sharing on a commodity cluster with an emphasis on the prevalent gigabit Ethernet technology. The main point of the paper is to present a practical solution-a distributed RAM disk (dRamDisk) with an adaptive read-ahead scheme-which demonstrates that spare RAM capacity can greatly benefit I/O-constrained applications. Specifically, our experiments show that sequential read/write operations can be sped up approximately 3.5 times relative to a commodity hard drive and that, for more random access patterns, such as the ones experienced on a server, the speedup can be much higher. Our experiments demonstrate that this speedup is approximately 90% of what is practically achievable for the tested system."}]