This article focuses on Linux kernel memory management and, in particular, the mechanisms provided through slab allocation.
本文将着重介绍Linux内核的内存管理，尤其是slab分配提供的机制。
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.
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。
To find out the allocation of the Linux shared memory, you can look at shmmax, shmmin and shmall under the /proc/sys/kernel directory.
要获得Linux共享内存的分配，您可以查看 /proc/sys/kernel目录下的shmmax、shmmin和shmall。
Introduce the kernel, memory management and partition, allocation strategy, multi-task scheduling and how to communicate by semaphore and message handling as well as interrupt management.
介绍了该操作系统的内核、存储器管理和分区、分配策略、多任务调度及任务间通过信号量和消息处理进行通信的机制、中断管理等。
Memory allocation inside the kernel is not as easy as memory allocation outside the kernel.
内核内部的内存地址分配不像外部内核的那么容易。
This chapter discusses the methods used to obtain memory inside the kernel. Before you can delve into the actual allocation interfaces, however, you need to understand how the kernel handles memory.
这章节讨论了内核内部取得内存的方法。在你深入了解实际分配内存的接口之钱，你必须明白内核处理内存的方法。
So, the physical DRAM is used only when it absolutely has to be, and the kernel controls the allocation through a global memory management scheme.
因此，只有在万不得已时才用到物理DRAM，内核通过全局内存管理模式控制分配。
So, the physical DRAM is used only when it absolutely has to be, and the kernel controls the allocation through a global memory management scheme.
因此，只有在万不得已时才用到物理DRAM，内核通过全局内存管理模式控制分配。
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