Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: As  enter the era of chip multiprocessor (CMP) architectures, it is important that  explore the scaling characteristics of mainstream server workloads on these platforms. ,  analyze the performance of an Enterprise Java workload (SPECjbb2005) on two important classes of CMP architectures. One class of CMP platforms comprise of "small-scale" CMP (SCMP) processors with a few large out-of-order cores on the die. Another class of CMP platforms comprise of "large-scale" CMP (LCMP) processor(s) with several small in-order cores on the die. For these classes of CMP architectures to succeed, it is important that there are sufficient resources (cache, memory and interconnect) to allow for a balanced scalable platform. ,  focus on evaluating the resource scaling characteristics (cores, caches and memory) of SPECjbb2005 on these two architectures and understanding architectural trade-offs that may be required in future CMP offerings. The overall evaluation is uniquely conducted using four different methodologies (measurements on latest platforms, trace-based cache simulation, trace-based platform simulation and execution-driven emulation). Based on our findings,  summarize the architectural recommendations for future CMP server platforms (e.g. the need for large DRAM caches)
['Ravi Iyer', 'Mahesh Bhat', 'Li Zhao', 'Ramesh Illikkal', 'Srihari Makineni', 'Michael Jones', 'Kumar Shiv', 'Donald Newell']
I am writing a research paper on a idea Exploring Small-Scale and Large-Scale CMP Architectures for Commercial Java Servers
[{"from": "human", "value": "I am writing a research paper on a idea Exploring Small-Scale and Large-Scale CMP Architectures for Commercial Java Servers"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: As  enter the era of chip multiprocessor (CMP) architectures, it is important that  explore the scaling characteristics of mainstream server workloads on these platforms. ,  analyze the performance of an Enterprise Java workload (SPECjbb2005) on two important classes of CMP architectures. One class of CMP platforms comprise of \"small-scale\" CMP (SCMP) processors with a few large out-of-order cores on the die. Another class of CMP platforms comprise of \"large-scale\" CMP (LCMP) processor(s) with several small in-order cores on the die. For these classes of CMP architectures to succeed, it is important that there are sufficient resources (cache, memory and interconnect) to allow for a balanced scalable platform. ,  focus on evaluating the resource scaling characteristics (cores, caches and memory) of SPECjbb2005 on these two architectures and understanding architectural trade-offs that may be required in future CMP offerings. The overall evaluation is uniquely conducted using four different methodologies (measurements on latest platforms, trace-based cache simulation, trace-based platform simulation and execution-driven emulation). Based on our findings,  summarize the architectural recommendations for future CMP server platforms (e.g. the need for large DRAM caches)"}]