Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Designing accelerating kernels is a comprehensive task that requires efficient coupling of hardware and software. In particular, the structures responsible for handling data transfers in multi-core accelerator-based systems play a crucial role in the resulting performance.  proposes a data streaming accelerator framework that provides efficient data management facilities that are easily tailored for any application and data pattern. This is achieved through an innovative and fully programmable data management structure, implemented with two granularity levels. The obtained results show that the proposed framework is capable of efficient address generation and data fetch for complex streaming data patterns, while significantly reducing the size occupied by the pattern description. A large matrices multiplication case-study, based on a streaming architecture with four sub-block multiplication cores, demonstrates that, by enabling data re-use, the proposed framework increases the available bandwidth by 4.2x, resulting in a performance speedup of 2.1x. Furthermore, it reduces the Host memory requirements and its intervention by more than 40x.
['Sergio Paiagua', 'Frederico Pratas', 'Pedro Tomás', 'Nuno Roma', 'Ricardo Chaves']
I am writing a research paper on a idea HotStream: Efficient Data Streaming of Complex Patterns to Multiple Accelerating Kernels
[{"from": "human", "value": "I am writing a research paper on a idea HotStream: Efficient Data Streaming of Complex Patterns to Multiple Accelerating Kernels"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Designing accelerating kernels is a comprehensive task that requires efficient coupling of hardware and software. In particular, the structures responsible for handling data transfers in multi-core accelerator-based systems play a crucial role in the resulting performance.  proposes a data streaming accelerator framework that provides efficient data management facilities that are easily tailored for any application and data pattern. This is achieved through an innovative and fully programmable data management structure, implemented with two granularity levels. The obtained results show that the proposed framework is capable of efficient address generation and data fetch for complex streaming data patterns, while significantly reducing the size occupied by the pattern description. A large matrices multiplication case-study, based on a streaming architecture with four sub-block multiplication cores, demonstrates that, by enabling data re-use, the proposed framework increases the available bandwidth by 4.2x, resulting in a performance speedup of 2.1x. Furthermore, it reduces the Host memory requirements and its intervention by more than 40x."}]