一个对象内存管理解决方案,适用于具有异构内存的小型设备

K. Marquet, G. Grimaud
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引用次数: 1

摘要

小型设备具有特定的硬件配置。特别是,它们通常包括几种类型的存储器(通常是内部和外部RAM, EEPROM, Flash),数量和性能不同。例如,它们的访问时间可能非常不同。这是面向对象解决方案的一个问题,例如Java虚拟机,它必须执行自动数据回收。在本文中,我们首先给出的结果表明,内存管理器(尤其是垃圾收集器)必须适应它所负责的内存类型。然后,我们提出一个灵活的内存管理解决方案,通过为每个内存分配不同的内存管理器来解决这个问题。每个管理器都可以使用适合于它所管理的内存的物理属性的分配和垃圾收集方案。为了在分配和垃圾收集期间最小化内存管理器之间的交互,我们使用了一个特殊的组件来负责将对象放入不同的内存中。因此,我们的解决方案为具有异构内存空间的设备带来了自动数据回收的好处。
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An object memory management solution for small devices with heterogeneous memories
Small devices have a specific hardware configuration. In particular, they usually include several types of memories (typically internal and external RAM, EEPROM, Flash), different in quantities and properties. For instance, their access times can be very different. This is an issue for object-oriented solutions such as Java virtual machines which have to perform automatic data reclamation. In this paper, we firstly present results showing that the memory manager (especially the garbage collector) must be adapted to the type of memory it is in charge of. Then, we propose a flexible memory management solution that addresses this issue by assigning a different memory manager to each memory. Each manager can use the allocation and garbage collection schemes adapted to the physical properties of the memory it is in charge of. In order to minimize interactions between memory managers during allocations and garbage collections, we use a special component in charge of placing objects into the different memories. Thereby, our solution brings the benefits of automatic data reclamation to devices with heterogeneous memory spaces.
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