memory n. 1.记忆;记忆力;【自动化】存储器;信息存储方式;存储量。 2.回忆。 3.纪念。 4.死后的名声,遗芳。 5.追想得起的年限[范围]。 artificial memory 记忆法。 retentive memory 良好的记忆力。 a translation memory (电子计算机的)译码存储器。 Keep your memory active. 好好记住,不要忘记。 It is but a memory. 那不过是往事而已。 bear [have, keep] in memory 记着,没有忘记。 beyond [within] the memory of man [men] 在有史以前[以来]。 cherish the memory of (sb.) 怀念(某人)。 come to one's memory 想起,忆及,苏醒。 commit to memory 记住。 from memory 凭记忆。 have a good [bad, poor, short] memory 记性好[坏]。 have no memory of 完全忘记。 If my memory serves me. 如果我的记性不错。 in memory of 纪念…。 of blessed [famous, happy, glorious] memory 故〔加在已死王公名上的颂词〕 (King Charles of blessed memory 已故查理王)。 slip sb.'s memory 被某人一时忘记。 to the best of one's memory 就记忆所及。 to the memory of 献给…〔著者书前纪念性题词〕。 within living memory 现在还被人记着。
As a result , larger programs can run on computers with a variety of physical memory configurations 因此,可以在配置有各种不同物理内存的计算机上运行较大的程序。
Initialize memory , which includes enabling memory banks , initializing memory configuration registers , and so on 初始化内存,包括启用内存库、初始化内存配置寄存器等
The benchmark is specweb99 , and the hardware is an 8 - way with a large memory configuration and as many as 32 clients 基准测试程序是specweb99 ,硬件是8路smp ,并带有大内存配置,客户机可达32个。
For more information on using this memory configuration for windows 2000 and windows server 2003 , see the windows documentation 有关在windows 2000和windows server 2003中使用这种内存配置的详细信息,请参阅windows文档。
Use of this option may be appropriate in large memory configurations in which the memory usage requirements of sql server are atypical and the virtual address space of the sql server process is totally in use 如果sql server的内存使用要求异乎寻常,并且sql server进程的虚拟地址空间全都在使用,那么对于这样的大内存配置适合使用此选项。
Use of this option might be appropriate in large memory configurations in which the memory usage requirements of sql server are atypical and the virtual address space of the sql server process is totally in use 如果sql server的内存使用要求异乎寻常,并且sql server进程的虚拟地址空间全都在使用,那么对于这样的大内存配置适合使用此选项。
When testing something as complicated as concurrency , a dozen different test systems , spanning multiple processors , and a range of processor counts to say nothing of memory configurations and processor generations would be advisable to start to get a picture of the overall performance of a given idiom 当测试像并发这样复杂的东西时,为了得到给定惯用语的总体性能情况,建议采用十来种不同的系统,应用多个处理器(更不用说内存配置和处理器的代数( generation )了) 。
In the first part , this paper discusses the key problems in designing architecture of each component , which include why we choose partitioned regiater files , use 2 - way connected data cache with write - back strategy and add scratch - pad sram to original momory system , and how to identify their parameters . following that , a memory configuration based on the discussion above is presented 本文首先介绍了dpc各个存储器的设计和实现,详细讨论了寄存器文件分体结构的选择并提出了寄存器文件参数配置的四条规律,介绍了数据cache容量及策略的权衡与选择,阐述了scratch - padsram与cache并存的优势。