Processor allocation strategies for parallel xml database systems 數(shù)據(jù)庫(kù)系統(tǒng)處理機(jī)分配策略
Uncapped partition processor allocations are always in whole values Uncapped分區(qū)中,處理器分配總是整數(shù)值。
And bmp ( bound multi - process model ) is good for multi - processors allocation , because the user task can run on any core as the user will 實(shí)現(xiàn)bmp模式,使用戶能指定某個(gè)core從事某項(xiàng)任務(wù),以滿足從多處理器環(huán)境中移植過(guò)來(lái)的軟件的兼容性。
On iseries in particular , disk raid and mirroring can be used by linux partitions without needing any processor cycles from the linux processor allocation - i5 os helps transparently 尤其是在iseries上, linux分區(qū)可以使用磁盤raid和鏡像,而不需要占用linux處理器的任何處理器周期i5 / os可以幫助實(shí)現(xiàn)透明性。
In other words , an uncapped partition can never have a fractional component like 2 . 5 as its processor allocation either the baseline or the target - this is why you only see whole numbers in partitions g and h 換句話說(shuō),一個(gè)uncapped分區(qū)不可能用小數(shù)(比如2 . 5 )作為它的處理器分配(不管是底線還是目標(biāo)-這就是為什么在分區(qū)g和h只看到整合的原因) 。