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Object resizing and reclamation through the use of hardware bit-maps

机译:通过使用硬件位图调整对象大小和回收

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摘要

The memory intensive nature of object-oriented languages such as C + + and Java has created the need of a high-performance dynamic memory management. Object-oriented applications often generate higher memory intensity in the heap region. Thus, high-performance memory manager is needed to cope with such applications. As today's VLSI technology advances, it becomes more and more attractive to map so software algorithms such as malloc(), free(), and garbage collection into hardware. This paper presents hardware designs of realloc function and sweeping function(for mark and sweep garbage collection)that fully utilize The advantages of combinational logic.
机译:诸如C ++和Java之类的面向对象语言的内存密集型特性引起了对高性能动态内存管理的需求。面向对象的应用程序通常在堆区域中生成更高的内存强度。因此,需要高性能的存储器管理器来应对这种应用。随着当今VLSI技术的进步,将诸如malloc(),free()和垃圾回收之类的软件算法映射到硬件中变得越来越有吸引力。本文介绍了充分利用组合逻辑优势的重新分配功能和清除功能(用于标记和清除垃圾回收)的硬件设计。

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