NetApp的FAS与V系列设备已经提供Thin Provisioning功能，第三季时又新增一项Space Reclaimer(空间回收)功能，目的则在于提升其Thin Provisioning功能(FlexVol)的效益。
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Simulation results show that the method has obvious advantages in terms of real-timing and efficiency of space collection.
实验结果表明,该方法在实时性和存储空间回收方面有明显优势。
参考来源 - RFID复杂事件处理技术研究In order to solve the problem above, this thesis delve into digital organism system Recovery module, as well as quota mechanism. Based on digital organism system a mechanism for the distributed database Spaces Recycling Mechanism was proposed.
为解决上述问题,本文在深入理解数字有机体操作系统的故障恢复机制、配额机制以及分布式数据库的基础上,提出了一种基于数字有机体的空间回收机制。
参考来源 - 数字有机体空间回收机制的研究与实现·2,447,543篇论文数据，部分数据来源于NoteExpress
在G 1中所有的空间回收都是通过拷贝完成的。
翼伞作为一种新型气动力减速器日渐受到空间回收技术重视。
The gliding parachute systems as a kind of new aerodynamic decelerators, has been attached importance to space recovery technology increasingly.
这就是G 1中空间回收的方式，而不是CMS中所采取的那种方式(拷贝与适当的重分配的组合方式)。
This is how all space reclamation happens in G1, instead of the combination of copying and in-place de-allocation that CMS does.
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