garbage collector

When next collecting comes , garbage collector reclaims its memory .

等下一轮回收时，垃圾回收器才会将其回收

Why generation concept can help improve performance of garbage collector ?

为什么代的概念可以提高垃圾收集器的性能？

There are also many interesting statistics about the garbage collector itself .

还有许多关于垃圾收集器本身的有趣的统计信息。

Analysis and tuning of performance of the garbage collector in Java virtual machine

Java虚拟机垃圾收集器的性能分析与调节

Do you know what your garbage collector is up to ?

您知道垃圾收集器在干什么吗？

A good example is the garbage collector .

垃圾收集器是一个好示例。

This memory cannot be released by the garbage collector .

这个内存不能被垃圾收集器释放。

The performance improvements are mainly due to the new lazy sweep garbage collector .

性能的提升主要归功于新的懒惰式扫描（LazySweep）垃圾回收器。

Garbage collector scans the long weak reference table .

垃圾收集器扫描长弱引用表。

JVM Garbage Collector Performance Analysis and Coding Suggestion

JVM垃圾收集器的性能分析及编码建议

All applications are different , and there is no single best configuration for the garbage collector .

所有应用程序都是不相同的，并且垃圾收集器没有最佳配置。

When no more storage is available , the system invokes a garbage collector .

当没有可用的存贮时，系统就调用无用单元收集程序。

Principle of Python garbage collector and its application

Python垃圾收集器原理研究及应用

Consider the possibility that the garbage collector may never even run during an application 's lifetime .

完全有这样的可能，垃圾收集器在应用程序的生存期内可能始终不会运行。

From time to time the garbage collector removes all objects considered to be garbage .

垃圾收集器不断的移除所有被认定为垃圾的对象。

Now that you are logging information from the garbage collector , run your application under normal load .

启用垃圾收集器的日志记录之后，在正常负载下运行应用程序。

These logs show what the garbage collector has been doing , in great detail .

这些日志非常详细地展示了垃圾收集器所做过的事情。

In contrast , the garbage collector normally used by your application might operate quite differently .

而实际上，应用程序通常所用的垃圾收集器的操作方式可能很不一样。

Check out IBM alphaWorks for analysis tools for the garbage collector output .

在IBMalphaWorks中可以得到垃圾回收器输出的分析工具。

This means improving the garbage collector , optimizing generated code , and improving the core libraries .

这就要改进其垃圾回收器，优化生成的代码，并改进其核心库。

Figure 1 shows an example of how a garbage collector reclaims memory .

图1显示了垃圾回收器回收内存的一个示例。

This is also why the garbage collector is called Garbage-First .

这也是为什么该垃圾收集器叫做Garbage-First的原因。

If response time is more important than highest possible throughput , this garbage collector might be a good choice .

如果响应时间比最高流量更重要，这个垃圾收集器可能是一个不错的选择。

The garbage collector interacts closely with the class loader .

垃圾收集器与类别载入器的互动很密切。

Typically a garbage collector is optimised for one or the other .

垃圾收集器通常两者只能顾其一。

Lazy sweeping improves the response time of the garbage collector and increases its throughput .

懒惰式扫描缩短了垃圾回收器的响应时间，同时还增加了吞吐量。

This can improve application performance by avoiding the garbage collector unnecessarily shrinking the heap .

这可以避免垃圾收集器对堆进行不必要的收缩，从而改善应用程序性能。

I assume most of you are more interested in using a garbage collector than implementing one yourself .

我假设绝大多数人对于使用垃圾收集感兴趣，而不想自己实现一个。

Parallel Garbage Collector Based on Just-in-time Compiler Assistance

基于即时编译器辅助的并行垃圾收集器

It 's more commonly because the application is unaware of the garbage collector 's activities .

这种现象很常见，因为应用程序没有意识到垃圾收集器的行为。