Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Previous work has shown that spatial resampling can improve rate-distortion performance by providing a higher and more consistent level of video quality at low bitrates. Rate control aims to regulate the video bitrate in accordance to the bit budget. While this is a ll studied problem in the single resolution case, very little progress has been made on the adaptive resolution case.   present an enhanced method of rate control for intra coding that allows the algorithm to learn from previously coded frames and make more accurate predictions, resulting in a lor average mismatch ratio. Our main contribution, hover, lies in our adaptive resolution approach where the best scale factor is selected after prediction of the best Quantisation Parameter (QP).  show that our method closely conforms to the bit budget and provides a more stable bitrate. The likelihood of frame skipping is therefore reduced and a more consistent level of video quality is provided compared to standard single resolution methods.
['Brett Hosking', 'Dimitris Agrafiotis', 'David Bull', 'Nick Eastern']
I am writing a research paper on a idea An adaptive resolution rate control method for intra coding in HEVC
[{"from": "human", "value": "I am writing a research paper on a idea An adaptive resolution rate control method for intra coding in HEVC"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Previous work has shown that spatial resampling can improve rate-distortion performance by providing a higher and more consistent level of video quality at low bitrates. Rate control aims to regulate the video bitrate in accordance to the bit budget. While this is a ll studied problem in the single resolution case, very little progress has been made on the adaptive resolution case.   present an enhanced method of rate control for intra coding that allows the algorithm to learn from previously coded frames and make more accurate predictions, resulting in a lor average mismatch ratio. Our main contribution, hover, lies in our adaptive resolution approach where the best scale factor is selected after prediction of the best Quantisation Parameter (QP).  show that our method closely conforms to the bit budget and provides a more stable bitrate. The likelihood of frame skipping is therefore reduced and a more consistent level of video quality is provided compared to standard single resolution methods."}]