Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Transactional Memory (TM) is an appealing abstraction for increasing productivity of programmers and making parallel programming accessible to a wide community of non-experts. In TM systems, conflict detection is an essential element in maintaining correctness of transactions. Hardware Transactional Memories (HTMs) rely on cache coherence protocols to detect and resolve conflicts. In HTMs, when a transactional write misses in a cache, it broadcasts a snoop request asking remote caches for sharing information. While this method detects conflicts at the earliest possible time it is not efficient in term of por.  found that a significant fraction of transactional snoops in cache coherence protocols are unnecessary and waste por of interconnect and caches. Furthermore, many transactional snoops occur in coarse regions of memory. In this work,  introduce Variable Granularity Transactional Snoop (VGTS) which dynamically changes snoop granularity for transactions. VGTS monitors transactions and dynamically matches snoop granularity to the transactions' address patterns. Our simulation results reveal that VGTS is effective and reduces por of interconnect up to 44% and eliminates unnecessary cache snoops up to 43%.
['Ehsan Atoofian']
I am writing a research paper on a idea VGTS: variable granularity transactional snoop
[{"from": "human", "value": "I am writing a research paper on a idea VGTS: variable granularity transactional snoop"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Transactional Memory (TM) is an appealing abstraction for increasing productivity of programmers and making parallel programming accessible to a wide community of non-experts. In TM systems, conflict detection is an essential element in maintaining correctness of transactions. Hardware Transactional Memories (HTMs) rely on cache coherence protocols to detect and resolve conflicts. In HTMs, when a transactional write misses in a cache, it broadcasts a snoop request asking remote caches for sharing information. While this method detects conflicts at the earliest possible time it is not efficient in term of por.  found that a significant fraction of transactional snoops in cache coherence protocols are unnecessary and waste por of interconnect and caches. Furthermore, many transactional snoops occur in coarse regions of memory. In this work,  introduce Variable Granularity Transactional Snoop (VGTS) which dynamically changes snoop granularity for transactions. VGTS monitors transactions and dynamically matches snoop granularity to the transactions' address patterns. Our simulation results reveal that VGTS is effective and reduces por of interconnect up to 44% and eliminates unnecessary cache snoops up to 43%."}]