Why recursive memory deallocation so slow?
为什么递归内存释放这么慢？
Make a copy of the data and manage its deallocation.
使对数据的副本和管理其释放。
Is deallocation of multiple large bunches of memory worth it?
是多大的一束释放内存值得吗？
Connection pooling is associated with the allocation and deallocation of agents.
连接池与代理的分配和解除分配相关联。
But allocation is only half of memory management — deallocation is the other half.
但是分配仅仅是内存管理的一半，回收是另一半。
Therefore, not only is allocation fast, but for most objects, deallocation is free.
所以，不仅分配要快，对于多数对象来说，回收也要自由。
These special methods include allocation, deallocation, and initialization of objects.
这些专用的方法包括对象的分配，存储单元分配以及初始化。
You must manage your pointers, your memory allocation, and your memory deallocation .
你要处理好你的指针，你的内存分配，和你的内存释放。
Never design a language with exceptions that do not also have deterministic resource deallocation.
不要设计一门没有确定的资源（时机）释放的语言。
The automatic deallocation associated with scoping rules takes care of most memory leaks associated with frame variables.
与范围规则关联的自动释放负责处理与框架变量关联的大多数内存泄漏。
Garbage collection does indeed obviate the need for explicit resource deallocation, most of the time. (I'll discuss some exceptions in a future column.)
大多数情况下，垃圾收集确实消除了显式资源存储单元分配(explicit resourcedeallocation)的必要(在以后的专栏中我将讨论一些例外)。
Moreover dynamic memory allocation is under the control of the programmer, which inevitably means that memory deallocation is the burden of the programmer.
此外，动态内存分配是程序员掌控，这必然意味着内存重分配成为了程序元的负担。
Once the object has been removed from that set, the reference count is decreased by one, making it zero, and therefor queuing the object for deallocation.
一旦对象已经从集合中移除，则引用计数减一，使其为零，因此排队对象释放。
This will create a large overhead of allocation and deallocation of agents upon reaching transaction boundaries, which defeats the purpose of the connection concentrator.
这样会导致到达事务边界时的代理分配和解除分配这一巨大开销，这会影响连接集中器的功能。
Through pointer mapping sets and fault model, it can detect bad deallocation, memory leak and null pointer dereference faults automatically and increase the testing efficiency.
通过指针映射集和故障模型，可以自动检测内存释放异常、内存泄露和空指针引用等动态内存故障，提高了测试效率。
In order to solve this problem we designed the High Performance memory Manager (HPMM) that is responsible for the allocation and deallocation of the memory in F-Miner algorithm.
为了解决这一问题，本文设计了高效内存管理器(HPMM)来负责内存单元的申请与释放。
In order to solve this problem we designed the High Performance memory Manager (HPMM) that is responsible for the allocation and deallocation of the memory in F-Miner algorithm.
为了解决这一问题，本文设计了高效内存管理器(HPMM)来负责内存单元的申请与释放。
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