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《个人电脑》 1996年第8期163-163,共1页
最大化你的压缩驱动器 你知道DoubleSpace怎样为一个硬盘估计一个压缩率吗?不同的机器允许这种比率大小不同,并且磁盘上文件的可压缩性不会是一个决定性的因素。 我有一个425MB硬盘,其中422MB的空间用于压缩的卷文件。有170MB在压缩的... 最大化你的压缩驱动器 你知道DoubleSpace怎样为一个硬盘估计一个压缩率吗?不同的机器允许这种比率大小不同,并且磁盘上文件的可压缩性不会是一个决定性的因素。 我有一个425MB硬盘,其中422MB的空间用于压缩的卷文件。有170MB在压缩的驱动器上,DOS6.20的DoubleSpace报告说压缩率为2.0∶1,并且估计该压缩率是1.3∶1。DOS报告说共有512MB的磁盘空间。当我试着改变估计的压缩率时,提示为“Enter a num- 展开更多
关键词 压缩率 DOUBLESPACE 压缩比 压缩卷文件 压缩驱动器 磁盘空间 决定性的因素 可压缩性 Windows 内部储存
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Architecture of Intra Prediction for High Efficiency Video Coding
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作者 Jong-sik PARK Seong-soo LEE 《Journal of Measurement Science and Instrumentation》 CAS 2011年第4期364-366,共3页
This paper explains intra prediction method for High Efficiency Video Coding(HEVC).Intra prediction removes correlation of adjacent samples in spatial domain.Intra predictor requires reference images which are stored ... This paper explains intra prediction method for High Efficiency Video Coding(HEVC).Intra prediction removes correlation of adjacent samples in spatial domain.Intra predictor requires reference images which are stored in external memory.Memory access is required frequently in process of intra prediction.The proposed architecture can reduce external memory access by optimized internal buffer. 展开更多
关键词 High Efficiency Video Coding HEVC intraprediction low power
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An adaptive smoothed particle hydrodynamics for metal cutting simulation
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作者 YiJin Cheng Yan Li +2 位作者 Ling Tao Pierre Joli Zhi-Qiang Feng 《Acta Mechanica Sinica》 SCIE EI CAS CSCD 2022年第10期125-144,共20页
Normally large amounts of particles are required to accurately simulate the metal cutting process,which consumes a lot of computing time and storage.Adaptive techniques can help decrease the number of particles,hence ... Normally large amounts of particles are required to accurately simulate the metal cutting process,which consumes a lot of computing time and storage.Adaptive techniques can help decrease the number of particles,hence reducing the runtime.This paper presents a novel adaptive smoothed particle hydrodynamics(SPH)method for the metal cutting simulation.The spatial resolution changes adaptively according to the distance to the tool tip by the particle splitting and merging.More particles are selected in the region where the workpiece and the tool are in contact.Since the contact region constantly changes during the cutting process,two quadrilateral frames are adopted in the adaptive algorithm to dynamically change the distribution of particles.One frame for the refinement,the other for the coarsening.These frames move at the same speed as the tool.To test the computational efficiency,the metal cutting process is simulated by using SPH with three different adaptive approaches.Numerical results show that the proposed adaptive algorithm with dynamic refinement and coarsening can significantly optimize the runtime. 展开更多
关键词 Smoothed particle hydrodynamics Metal cutting simulation Dynamic adaptive REFINEMENT COARSENING
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