1) data preview
数据预检
2) data prediction
数据预测
1.
Application of Grey GM (1,1) Model in the Data Prediction of the Fatigue Tests of Metal Materials;
灰色GM(1,1)模型在金属材料疲劳试验数据预测中的应用
2.
Collaborative Filtering Study Based on Electrical Resistance Network and Sparse Data Prediction;
基于电阻网络与稀疏数据预测的协同过滤算法研究
3.
The data prediction in online game can make the online game run smoothly even the jam of network happens.
在网络游戏中采用数据预测技术,即使在数据传输过程中发生堵塞延迟等情况,仍然能使游戏流畅运行。
3) data prefetching
数据预取
1.
This paper mainly studies the optimizing methods I/O optimizations which including data sieving, data prefetching and data reuse.
通过对I/O优化方法的研究,实现了数据筛选、数据预取、数据重用三种I／O优化策略。
2.
An algorithm named UTBPC(unrolling times based program characteristics) for determining unrolling factors and unrolling based optimization for software data prefetching were proposed.
提出了基于程序特性的展开因子算法UTBPC(UnrollingTimesBasedProgramCharacter istics) ,解决了循环展开的核心问题———展开因子的确定 ,同时提出了基于展开的软件数据预取优化技术 ,提高了软件数据预取的效率 。
3.
However,most of the previous studies in data prefetching don t consider the timeliness for data objects and deadlines of transactions.
而移动通信带宽有限性引起较大的数据访问延迟,有时甚至由于网络传输的断接使得事务得不到所需要的数据,数据预取能够很好地解决这个问题。
4) data prefetch
数据预取
1.
Some new optimization technologies on data prefetch and instruction scheduling developed specifically for Loongson 2F characteristics were proposed based on normal optimization technologies to give full play to develop the performance of Loongson 2F processer and implement a high performance BLAS on KD-50-I platform.
在KD-50-I平台上,基于常用优化技术,根据龙芯2F体系结构的特点,在数据预取、指令调度方面,针对高性能计算机系统中能有效解决线性代数问题的子程序集合BLAS,提出了新的优化技术,充分发挥龙芯2F处理器的性能,实现了高性能的BLAS。
2.
Data broadcast,data prefetch,cache replacement are researched.
从数据广播技术、数据预取技术和数据缓存技术3方面进行研究,从而提高移动计算环境中数据访问的性能。
3.
So the important part of real application is how to optimize the searching operation by data prefetching and caching technology.
在海量数据中进行的直接查找往往耗时巨大,在实际应用中很难满足实时性的需求,因此采用数据预取和缓冲技术实现对查找操作的优化成为实际系统中的重要环节。
6) data initialization
数据预置
补充资料：发育进度预测法(见发生期预测)
发育进度预测法(见发生期预测)
发育进度预测法见发生期预测。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条