Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Cache pollution, by which ak-locality data unduly replaces strong-locality data, may notably degrade application performance in a shared-cache multicore machine.  presents NightWatch, a cache management subsystem that provides general, transparent and low-overhead pollution control to applications. NightWatch is based on the observation that data within the same memory chunk or chunks within the same allocation context often share similar locality property. NightWatch embodies this observation by online monitoring current cache locality to predict future behavior and restricting potential cache polluters proactively.  have integrated NightWatch into two popular allocators,  tcmalloc  and  ptmalloc2 . Experiments with SPEC CPU2006 show that NightWatch improves application performance by up to 45 percent (18 percent on average), with an average monitoring overhead of 0.57 percent (up to 3.02 percent).
['Xiaofei Liao', 'Rentong Guo', 'Hai Jin', 'Jianhui Yue', 'Guang Tan']
I am writing a research paper on a idea Enhancing the Malloc System with Pollution Awareness for Better Cache Performance
[{"from": "human", "value": "I am writing a research paper on a idea Enhancing the Malloc System with Pollution Awareness for Better Cache Performance"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Cache pollution, by which ak-locality data unduly replaces strong-locality data, may notably degrade application performance in a shared-cache multicore machine.  presents NightWatch, a cache management subsystem that provides general, transparent and low-overhead pollution control to applications. NightWatch is based on the observation that data within the same memory chunk or chunks within the same allocation context often share similar locality property. NightWatch embodies this observation by online monitoring current cache locality to predict future behavior and restricting potential cache polluters proactively.  have integrated NightWatch into two popular allocators,  tcmalloc  and  ptmalloc2 . Experiments with SPEC CPU2006 show that NightWatch improves application performance by up to 45 percent (18 percent on average), with an average monitoring overhead of 0.57 percent (up to 3.02 percent)."}]