安装程序没有足够的常规内存去检查计算机的硬盘。
Setup does not have enough conventional memory to check your computer's hard disks.
除了为内存分配引入了内存池之外,2.5内核还引入了三个用于常规内存分配的新的GF P标记,它们是。
In addition to introducing the mempool feature for memory allocation, the 2.5 kernel also introduced three new GFP flags for normal memory allocations. They are.
通过对常规内存、扩充内存、扩展内存、影子内存、高速缓存及虚拟内存的应用分析,对微型计算机的内存技术作了较系统的分析和总结。
By the applied analysis of conventional memory, expanded memory, extended memory, Rom shadow and cache, this thesis sums up the memory technology of PC systematically.
由于KVM虚拟机是常规进程,可以使用标准内存转换技术。
Because KVM virtual machines are regular processes, the standard memory conservation techniques apply.
由于SSD中采用了内存存储技术,SSD的性能比常规硬盘驱动器高出了一个数量级。
Due to the memory storage technology used in SSDs, the performance is an order of magnitude higher than regular hard disk drives.
但与常规进程不同的是,KVM客户包含一套内嵌的操作系统,它以两种关键方式影响内存超量使用。
But unlike regular processes, KVM guests contain a nested operating system, which impacts memory overcommitment in two key ways.
在任何常规实现中,“超过的”字符会覆盖内存中的其他数据。
In any common implementation, the "excess" characters overwrite other data in memory.
当进入范围内存区域的代码由常规线程运行时,将抛出IllegalThreadStateException。
IllegalThreadStateException is thrown when code that enters scoped memory areas is run by regular threads.
这样,我们就可以直接在栈上为这些对象开辟内存空间(这么做更快),无需使用堆,也不必使用常规的GC手段进行对象检测与移除了(这么做会降低GC的次数,进而提升效率)。
Those objects can be allocated directly on the stack (which is faster) and do not enter the heap or require inspection or removal by the normal garbage collector (which reduces GC).
如果源对象生存期超出了侦听器的对象生存期,则常规事件模式会导致内存泄漏:侦听器保持活动状态的时间比预期要长。
Whenever the source object lifetime extends beyond the object lifetime of the listener, the normal event pattern leads to a memory leak: the listener is kept alive longer than intended.
与常规的时域有限差分法(FDTD)和R - FDTD相比,降维时域有限差分法结合亚网格技术明显地减少了内存需求和计算时间。
Compared to normal FDTD method and R-FDTD method, memory requirement and CPU time are reduced obviously by the presented approach.
在扩展内存卡上指定内存并用作常规存储器。
Backfilling To designate memory on an expanded memory card and make it available for use as conventional memory.
当遗传算法应用于高维反演问题时,这种编码方法不仅能将参数占用的内存减少到最低的限度,而且同常规的二进制编码法相比,还能几倍地减少参数译码的计算工作量。
Whenapplial to high-dimensional inverse problems, this coding method can not only reduce the memories occupied by parameters to the minimum, but also decrease the decoding work amount by a big margin.
当遗传算法应用于高维反演问题时,这种编码方法不仅能将参数占用的内存减少到最低的限度,而且同常规的二进制编码法相比,还能几倍地减少参数译码的计算工作量。
Whenapplial to high-dimensional inverse problems, this coding method can not only reduce the memories occupied by parameters to the minimum, but also decrease the decoding work amount by a big margin.
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