On the other side are the technological advances made in the platform, including architectures (multiprocessing, symmetric multithreading, non-uniformmemoryaccess [NUMA]) and virtualization.
Non-uniformMemoryAccess (NUMA) was introduced in the 2.6 kernel for Linux on POWER, and this feature is further optimized in the latest releases of RHEL5 and SLES10.
Non - uniform Memory Access (NUMA)是针对Linux on POWER在2.6内核中引入的,这个特性在RHEL5和SLES10的最新版本中得到进一步优化。
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Non-uniformMemoryAccess (NUMA) is a new feature supported in the 2.6 kernel for Linux on POWER.
非一致内存访问(Non - uniform Memory Access, NUMA)是用于Linux on POWER的2.6内核所支持的新特性。