memory contention

NUMA reduces the contention for a system's shared memory bus by having more memory buses and fewer processors on each bus.

NUMA通过在每个总线使用更多内存总线和更少处理器来减少系统共享内存总线的争用。

In this paper the relationship between memory contention and the number of module in a parallel or interleaved memory generally used in a multiprocessor system is analysed and mathematical models of efficient memory bandwidth for 2n module and prime module are set up respectively.

本文对多处理机中通常使用的并行或交叉存储器，进行了模的个数对存储冲突的影响的分析，并建立了在模块数分别为2~n和素数时存储有效宽度的数学模型。

In design the network server, some essential questions are summarized, like data copy, context switches, the memory Allocation, lock contention and so on simultaneously proposes some principles in view of above questions.

在网络服务器设计过程中，本文总结了一些关键设计问题，如数据拷贝、上下文转换、内存分配、锁竞争等，同时提出了针对上述问题所要遵循的原则。

This can also improve performance by reducing L3 cache and memory contention.

这样做还可以通过减少L3缓存和内存争用，从而改善了性能。

Visual Studio profiling support for CPU, memory, thread contention

针对CPU、内存、线程方面的Visual Studio profiling支持

In this paper the relationship between memory contention and ( a, M), the greatest common divisor of a and M, is investigated, where M is the number of parallel memory modules, and a is a constant increment of address.

本文论述了以增量a（常数）访问M个体组成的并行存储器时，存取碰头和（a，M）的关系，这里（a，M）表示a和M的最大公因数。