Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The ever increasing memory demands of many scientific applications and the complexity of today's shared computational resources still require the occasional use of virtual memory, network memory, or even out-of-core implementations, with ll known drawbacks in performance and usability. ,  present a general framework, based on our earlier MML B prototype, that enables fully customizable, memory malleability in a wide variety of scientific applications.  provide several necessary enhancements to the environment sensing capabilities of MMLIB and introduce a remote memory capability, based on MPI communication of cached memory blocks beten `compute nodes' and designated memory servers.  show experimental results from three important scientific applications that require the general MML B framework. Under constant memory pressure,  observe execution time improvements of factors beten three and five over relying solely on the virtual memory system. With remote memory employed, these factors are even larger and significantly better than other, system-level remote memory implementations
['Chuan Yue', 'Richard Tran Mills', 'Andreas Stathopoulos', 'Dimitrios S. Nikolopoulos']
I am writing a research paper on a idea Runtime Support for Memory Adaptation in Scientific Applications via Local Disk and Remote Memory
[{"from": "human", "value": "I am writing a research paper on a idea Runtime Support for Memory Adaptation in Scientific Applications via Local Disk and Remote Memory"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The ever increasing memory demands of many scientific applications and the complexity of today's shared computational resources still require the occasional use of virtual memory, network memory, or even out-of-core implementations, with ll known drawbacks in performance and usability. ,  present a general framework, based on our earlier MML B prototype, that enables fully customizable, memory malleability in a wide variety of scientific applications.  provide several necessary enhancements to the environment sensing capabilities of MMLIB and introduce a remote memory capability, based on MPI communication of cached memory blocks beten `compute nodes' and designated memory servers.  show experimental results from three important scientific applications that require the general MML B framework. Under constant memory pressure,  observe execution time improvements of factors beten three and five over relying solely on the virtual memory system. With remote memory employed, these factors are even larger and significantly better than other, system-level remote memory implementations"}]