kernel thread

基本解釋

The first one is similar to the kernel thread mentioned in the previous strategies except that it will not raise the interrupt.
第一個(gè)內(nèi)核線程與在上一個(gè)策略中介紹的內(nèi)核線程非常類似，區(qū)別在于它并不會(huì)觸發(fā)中斷。
After populating the mailbox, DeferredDivision sleeps — note that it isn't the Kernel thread that is sleeping, it's the lightweight Kilim-managed thread.
填充 mailbox 后，DeferredDivision 進(jìn)入休眠狀態(tài) —— 注意，與處于休眠狀態(tài)的內(nèi)核線程不同，它是由 Kilim 托管的輕量型線程。
This enables a 1:1 threading model without limitations on the number of threads being created (since a new kernel thread is created for every user thread).
這樣就可以實(shí)現(xiàn)一個(gè)不受創(chuàng)建的線程數(shù)限制的1:1線程模型（因?yàn)槊恳粋€(gè)新的內(nèi)核線程都是為一個(gè)用戶線程而創(chuàng)建）。

內(nèi)核線程
核心線程
In the two modules technology of kernel thread and mutex mechanism is used, and a solution to codec's power management is given.
首先利用互斥機(jī)制與核心線程等技術(shù)實(shí)現(xiàn)兩個(gè)核心模塊,最后針對(duì)節(jié)能部分出現(xiàn)的問題給出了解決辦法。