變?yōu)?/c>16MB的頁面時,性能提高了8%。
There was a performance improvement of 13% with the 64-kilobyte page size in comparison to the 4-kilobyte pages.
當(dāng)使用64KB頁面大小時,與使用4KB頁面大小相比,在性能上提高了13%。
In recent days, increasing volumes of data and processor-addressable memory has rendered the 4-kilobyte page size somewhat ineffective.
最近,隨著數(shù)據(jù)量和處理器可尋址內(nèi)存的增加,4KB的頁面大小的效率變得有些低下了。
As shown in Chart 2, with 64-kilobyte pages, the DB2 workload's CPI metric improved by 11%.
如圖2所示,使用64KB頁面時,DB2工作負(fù)載的CPI度量提高了11%。
The file type detection is based on the contents of the first kilobyte of the file.
文件類型檢測基于文件前一千個字節(jié)的內(nèi)容。
We discuss the performance benefits of using 64-kilobyte pages with DB2 later in this paper.
我們將在本文的后面討論對DB2使用64KB的頁面所帶來的性能優(yōu)點(diǎn)。
Attributes are limited to 1KB each, so your to-do items can't have a name longer than one kilobyte.
每個屬性被限制為1KB,因此您的備忘事項(xiàng)的名稱不能超過1KB。
Performance improved of 5% with the 64-kilobyte pages as compared to the 4-kilobyte pages.
與使用4KB的頁面相比,使用64KB的頁面可以使性能提高5%。
For each forward navigation step, assume that a bean that is one kilobyte in size is stored in the HTTP session.
對于每個前進(jìn)導(dǎo)航步驟,假設(shè)一個大小為1KB的bean被存儲到HTTP會話中。
Starting with DB2 9, DB2 automatically detects and uses 64-kilobyte page sizes for select memory regions.
從DB29開始,DB2自動為選擇的內(nèi)存區(qū)域檢測和使用64KB頁面大小。
For example, the filter expression for selecting storage areas with at least 1 terabyte specified in kilobyte units (1024 * 1024 * 1024) is
例如,用于選擇至少有1TB(1024*1024*1024KB)大小的存儲區(qū)域的篩選器表達(dá)式為