The smp multi - processors system building by risc microprocessors is one of the methods of high - performance computer Risc微处理器构造的对称多处理smp多机系统是高性能计算机的一个发展方向。
Option is not set to the default , it may restrict the number of processors available to sql server on symmetric multiprocessing systems 选项不设置为默认值,则可能会限制可用于对称多处理( smp )系统上的sql server的处理器数。
While faster processors and symmetric multiprocessing ( smp ) speed applications , i / o creates a bottleneck between end users and the information 在更快的处理器和对称多处理( smp )加速应用的同时, i / o就成了最终用户与信息之间的瓶颈。
In the traditional model for multiprocessor support symmetric multiprocessing , or smp , each processor has equal access to memory and i o 在支持多处理器的传统模型中(对称多处理,或者说是smp ) ,每个处理器对内存和i / o有同等的访问权限。
Option to provide a means of reducing the system overhead associated with the excessive context switching sometimes seen in symmetric multiprocessing environments 选项可以减少有时在对称多处理( smp )环境下遇到的、与过多的上下文切换有关的系统开销。
Since a symmetric multiprocessing computer has only one checkpoint thread , the multiple threads when using numa result in an increase of the speed of the checkpoint 由于对称多处理( smp )计算机仅有一个检查点线程,因此,在使用numa时,多个线程将导致检查点的速度增加。