Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  explores the efficient use of STT-RAM in video processing system by choosing display processing as a case study. Through architectural analysis,  demonstrate that volatile STT-RAM rather than non-volatile STT-RAM is more appropriate for video processing system, as video data is mostly processed in streaming-style and relaxing the retention time can significantly reduce the write latency and energy of STT-RAM. Moreover, the error resilience of video display processing system is also evaluated to address the potential bit error rate increase when  relax the retention time of STT-RAM cells. Simulation results demonstrate that, the use of volatile STT-RAM and extra design techniques can significantly reduce the overall memory energy consumption to 38.24% with respect to that of baseline SRAM architecture, and video display processing system can tolerate up to 1×10−5 bit error rate without any visible image quality degradation.
['Hengyu Zhao', 'Hongbin Sun', 'Qiang Yang', 'Tai Min', 'Nanning Zheng']
I am writing a research paper on a idea Exploring the use of volatile STT-RAM for energy efficient video processing
[{"from": "human", "value": "I am writing a research paper on a idea Exploring the use of volatile STT-RAM for energy efficient video processing"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  explores the efficient use of STT-RAM in video processing system by choosing display processing as a case study. Through architectural analysis,  demonstrate that volatile STT-RAM rather than non-volatile STT-RAM is more appropriate for video processing system, as video data is mostly processed in streaming-style and relaxing the retention time can significantly reduce the write latency and energy of STT-RAM. Moreover, the error resilience of video display processing system is also evaluated to address the potential bit error rate increase when  relax the retention time of STT-RAM cells. Simulation results demonstrate that, the use of volatile STT-RAM and extra design techniques can significantly reduce the overall memory energy consumption to 38.24% with respect to that of baseline SRAM architecture, and video display processing system can tolerate up to 1\u00d710\u22125 bit error rate without any visible image quality degradation."}]