ID 原文 译文
56268 相较于传统CCA安全的抗泄露IBE机制的通用构造而言,本文通用构造未使用计算效率低的密码学基础工具,表明了本文的通用构造方法具有较高的计算效率. Compared with the previous generic constructions of leakage resilient IBE scheme with CCA security, since the underlying cryptographic tools with low computational efficiency are not used, our generic construction has high computational efficiency.
56269 由于触控侦测阶段的保持电荷损失和驱动晶体管的阈值电压漂移,传统的栅极驱动电路用于高触控侦测率的内嵌式（in-cell）电容触控屏时存在稳定性不佳的问题. Due to the charge leakage during the touch sensing period and the threshold voltage shift of thedriving thin-film transistors (TFTs), the conventional gate driver circuits suffer from poor stability for in-cell touch displays with an increased touch reporting rate.
56270 本文提出了一种具有两级预充电结构的栅极驱动电路,可有效地减少触控侦测阶段的保持电荷损失量,并抑制驱动晶体管的阈值电压漂移. This paper shows a new gate driver circuit, consisting of a two-stage pre-charge structure, which can reduce the charge leakage during the touch sensing period and suppress the threshold voltage shift of the driving TFTs.
56271 仿真结果表明,传统栅极驱动电路和新栅极驱动电路的邻近级输出波形延迟时间的差异分别是9.3%和1. 6%. Simulation results demonstrate that, the rising and falling time differences between adjacent stages are 9. 3% and 1. 6% for the conventional and the proposed gate driver circuit, respectively.
56272 在关键晶体管的阈值电压正向漂移10 V后,传统栅极驱动电路和新栅极驱动电路输出波形延迟时间的增加比率分别为120%和2. 4%. In the case that the threshold voltage of key TFT shifts by +10 V, the rising and falling time degradation ratios are 120% and 2. 4% for the conventional and the proposed gate driver circuit, respectively.
56273 因此,本文提出的新型栅极驱动电路具有较好的稳定性,适用于高触控侦测率的in-cell电容触控屏. Therefore, the proposed gate driver circuit is stable for in-cell touch panels with a high touch reporting rate.
56274 视频数据是人们日常生活中最重要的信息载体之一. Video has become one of the most important data forms.
56275 视频萃取(video distillation)通过研究视频数据的时空和语义特性,探索简洁高效的数据展示形式和信息感知模态,是计算机视觉和人工智能的重点研究内容. Video distillation explores more compactdata forms and information modalities by analyzing the spatial-temporal and semantic features of video data,which is an important task in computer vision and a key technique in artificial intelligence. With the rapiddevelopment of video capturing devices and the increasing human requirements, video analysis tasks are facingnumbers of opportunities and challenges.
56276 近年来,随着视频获取方式的快速革新和拍摄需求的多样化发展,视频数据的智能化分析任务面临着新的机遇与挑战,涌现出众多的视频萃取方法. In recent years, large amounts of video distillation approaches are pro?posed.
56277 本文创新性地从信息论的角度,解释了数据、信息和知识之间的关系,确立了视频萃取的核心是提高单位数据量的信息提供能力这一基本原则,并依据数据信容(information capacity)分析,从理论上对视频萃取中的各项任务进行了统一. This paper creatively unifies the theoretical basis of video distillation by analyzing the relationship amongdata, information and knowledge from the perspective of information theory, and argues that the principle ofvideo distillation is to improve the information capacity of video data.