Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  present ACDC, an open-source benchmark that may be configured to emulate explicit single- and multi-threaded memory allocation, sharing, access, and deallocation behavior to expose virtually any relevant allocator performance differences. ACDC mimics periodic memory allocation and deallocation (AC) as ll as persistent memory (DC). Memory may be allocated thread-locally and shared among multiple threads to study multicore scalability and even false sharing. Memory may be deallocated by threads other than the allocating threads to study blowup memory fragmentation. Memory may be accessed and deallocated sequentially in allocation order or in tree-like traversals to expose allocator deficiencies in exploiting spatial locality.  demonstrate ACDC's capabilities with seven state-of-the-art allocators for C/C++ in an empirical study which also reveals interesting performance differences beten the allocators.
['Martin Aigner', 'Christoph M. Kirsch']
I am writing a research paper on a idea ACDC: towards a universal mutator for benchmarking heap management systems
[{"from": "human", "value": "I am writing a research paper on a idea ACDC: towards a universal mutator for benchmarking heap management systems"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  present ACDC, an open-source benchmark that may be configured to emulate explicit single- and multi-threaded memory allocation, sharing, access, and deallocation behavior to expose virtually any relevant allocator performance differences. ACDC mimics periodic memory allocation and deallocation (AC) as ll as persistent memory (DC). Memory may be allocated thread-locally and shared among multiple threads to study multicore scalability and even false sharing. Memory may be deallocated by threads other than the allocating threads to study blowup memory fragmentation. Memory may be accessed and deallocated sequentially in allocation order or in tree-like traversals to expose allocator deficiencies in exploiting spatial locality.  demonstrate ACDC's capabilities with seven state-of-the-art allocators for C/C++ in an empirical study which also reveals interesting performance differences beten the allocators."}]