Abstract: This paper describes the architecture of memory sensitive Java cache, which benefits from both the “on demand ” soft reference objects de-allocation provided by the JVM and the good hit-rate behaviour of the Last Recently Used (LRU) eviction policy. The experiments show that such cache implementation outperforms the fixed size LRU cache implementation and has the same stability under high load, heavy memory allocation and garbage collecting. The described technique can efficiently improve the performance of a fixed size memory cache implementation
Java applications are diverse, depending by use case, exist application that use small amount of mem...
Fragmentation can cause serious loss of memory in systems that are using dynamic memory management. ...
A novel approach of applying priorities to memory allocation is presented and it is shown how this c...
[[abstract]]This paper studies the memory system behavior of Java programs by analyzing memory refer...
Performance of modern computers is tied closely to the effective use of cache because of the continu...
The memory system is the key to performance in contemporary computer systems. When designing a new m...
This thesis presents a novel idea for object allocation, cache line reservation (CLR), whose goal...
Our everyday life is becoming increasingly filled with computing devices. Among them, mobile and emb...
One of the significant issues that hinder the performance of Java program execution is dynamic memor...
Shortly after the introduction of Java technology, numerous research efforts went into overcoming th...
ABSTRACT The mostly concurrent garbage collection was presented in the seminal paper of Boehm et al....
Hardware trends have increased the disparity of processor and main memory performance. Processors ar...
Java is becoming an important platform for memory-constrained consumer devices such as PDAs and cell...
AbstractDespite its dominance, object-oriented computation has received scant attention from the arc...
Java applications rely on Just-In-Time (JIT) compilers or adaptive compilers to generate and optimiz...
Java applications are diverse, depending by use case, exist application that use small amount of mem...
Fragmentation can cause serious loss of memory in systems that are using dynamic memory management. ...
A novel approach of applying priorities to memory allocation is presented and it is shown how this c...
[[abstract]]This paper studies the memory system behavior of Java programs by analyzing memory refer...
Performance of modern computers is tied closely to the effective use of cache because of the continu...
The memory system is the key to performance in contemporary computer systems. When designing a new m...
This thesis presents a novel idea for object allocation, cache line reservation (CLR), whose goal...
Our everyday life is becoming increasingly filled with computing devices. Among them, mobile and emb...
One of the significant issues that hinder the performance of Java program execution is dynamic memor...
Shortly after the introduction of Java technology, numerous research efforts went into overcoming th...
ABSTRACT The mostly concurrent garbage collection was presented in the seminal paper of Boehm et al....
Hardware trends have increased the disparity of processor and main memory performance. Processors ar...
Java is becoming an important platform for memory-constrained consumer devices such as PDAs and cell...
AbstractDespite its dominance, object-oriented computation has received scant attention from the arc...
Java applications rely on Just-In-Time (JIT) compilers or adaptive compilers to generate and optimiz...
Java applications are diverse, depending by use case, exist application that use small amount of mem...
Fragmentation can cause serious loss of memory in systems that are using dynamic memory management. ...
A novel approach of applying priorities to memory allocation is presented and it is shown how this c...