Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Today the presence of sub-word parallelism (SWP) is quite general in several architectures such as in general purpose processors or in the functional units of connected processing elements of application specific architectures. A skillful utilization of sub-word parallelism, i.e. the parallel execution of operations on data with low word width (sub-words), has a strong impact on the system performance.   derive a method for transforming an algorithm using single instructions on sub-words to an efficient I/O equivalent algorithm using SWP-instructions on full length words (FLWs) where the sub-words have to be packed to FLWs. The method allows a full automation of this process. For architectures with parallel processing on different levels the derived algorithm on FLWs can be distributed on further higher levels of parallelism such as on several functional units and several processing elements analogous to the approach presented
['Rainer Schaffer', 'Renate Merker', 'Francky Catthoor']
I am writing a research paper on a idea Derivation of Packing Instructions for Exploiting Sub-Word Parallelism
[{"from": "human", "value": "I am writing a research paper on a idea Derivation of Packing Instructions for Exploiting Sub-Word Parallelism"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Today the presence of sub-word parallelism (SWP) is quite general in several architectures such as in general purpose processors or in the functional units of connected processing elements of application specific architectures. A skillful utilization of sub-word parallelism, i.e. the parallel execution of operations on data with low word width (sub-words), has a strong impact on the system performance.   derive a method for transforming an algorithm using single instructions on sub-words to an efficient I/O equivalent algorithm using SWP-instructions on full length words (FLWs) where the sub-words have to be packed to FLWs. The method allows a full automation of this process. For architectures with parallel processing on different levels the derived algorithm on FLWs can be distributed on further higher levels of parallelism such as on several functional units and several processing elements analogous to the approach presented"}]