The increasing memory requirement for today\u27s applications is causing more stress for the memory system. This side effect puts pressure into available caches, and specifically the TLB cache. TLB misses are responsible for a considerable ratio of the total memory latency, since an average of 10% of execution time is wasted on miss penalties. Java applications are not in a better position. Their attractive features increase the memory footprint. Generally, Java applications TLB miss rate tends to be multiples of miss rate for non-java applications. The high miss rate will cause the application to loose valuable execution time. Our experiments show that on average, miss penalty can constitute about 24% of execution time. Several hardware mo...
Making use of information on cache performance requires a quick way to comprehend how the miss rate...
We propose dynamic aggregation of virtual tags in TLB to increase its coverage and improve the overa...
The effort to reduce address translation overheads has typically targeted data accesses since they c...
The increasing memory requirement for today\u27s applications is causing more stress for the memory ...
AbstractJava platforms are widely deployed and used rang-ing from ultra-mobile embedded devices to s...
[[abstract]]This paper studies the memory system behavior of Java programs by analyzing memory refer...
This thesis develops an execution time model for predicting the performance of computation intensive...
One of the significant issues that hinder the performance of Java program execution is dynamic memor...
In recent years, processor speed has become increasingly faster than memory speed. One technique for...
Java programs are increasing in popularity and prevalence on numerous platforms, including high-perf...
Java workloads are becoming increasingly prominent on various platforms ranging from embedded system...
In recent years, processor speed has become increasingly faster than memory speed. One technique for...
In this thesis, we propose and evaluate several techniques to dynamically increase the memory access...
Memory bloat is loosely defined as an excessive memory usage by an application during its execution....
The portability, the object-oriented and distributed programming models, multithreading support and ...
Making use of information on cache performance requires a quick way to comprehend how the miss rate...
We propose dynamic aggregation of virtual tags in TLB to increase its coverage and improve the overa...
The effort to reduce address translation overheads has typically targeted data accesses since they c...
The increasing memory requirement for today\u27s applications is causing more stress for the memory ...
AbstractJava platforms are widely deployed and used rang-ing from ultra-mobile embedded devices to s...
[[abstract]]This paper studies the memory system behavior of Java programs by analyzing memory refer...
This thesis develops an execution time model for predicting the performance of computation intensive...
One of the significant issues that hinder the performance of Java program execution is dynamic memor...
In recent years, processor speed has become increasingly faster than memory speed. One technique for...
Java programs are increasing in popularity and prevalence on numerous platforms, including high-perf...
Java workloads are becoming increasingly prominent on various platforms ranging from embedded system...
In recent years, processor speed has become increasingly faster than memory speed. One technique for...
In this thesis, we propose and evaluate several techniques to dynamically increase the memory access...
Memory bloat is loosely defined as an excessive memory usage by an application during its execution....
The portability, the object-oriented and distributed programming models, multithreading support and ...
Making use of information on cache performance requires a quick way to comprehend how the miss rate...
We propose dynamic aggregation of virtual tags in TLB to increase its coverage and improve the overa...
The effort to reduce address translation overheads has typically targeted data accesses since they c...