Data memory (heap) management is a particularly important feature of the Java programming environment. The visualization of memory location in form of hot spots can help to see how the data cache is used during the execution of a program. The behavior of such executed program can be thus speculated. Through a series of experiments using Load and Store trace files, some pertinent aspect of data memory accessing, can be visualized, including the frequency of how often the Java virtual machine references class variable addresses. A demonstration will be included showing how object variables are accessed in the heap by allowing one to visualize (X, Y) graph hot spots
AbstractThe exploitation of parallelism among traces, i.e. hot paths of execution in programs, is a ...
GCspy is an architectural framework for the collection, transmission, storage and replay of memory m...
Modern software systems heavily use the memory heap. As systems grow more complex and compute with i...
[[abstract]]This paper studies the memory system behavior of Java programs by analyzing memory refer...
We study the behavior of Java objects in order to explore potential garbage collection optimization ...
Dependence information between program values is extensively used in many program optimization techn...
For many years, programmers have faced the problem of reading and trying to understand other program...
Modern applications are often written in an object-oriented style. They allocate large amounts of ob...
A memory leak in a Java program occurs when object ref-erences that are no longer needed are unneces...
Programmers increasingly rely on managed languages (e.g. Java and C#) to develop applications faster...
Hardware trends have increased the disparity of processor and main memory performance. Processors ar...
Despite all the benefits of garbage collection, memory leaks remain a problem for Java programs. A m...
The growing gap between processor and memory speeds is motivating the need for optimization strategi...
GCspy is an architectural framework for the collection, transmission, storage and replay of memory m...
Effective dynamic virtual-machine optimization depends on quickly finding and optimizing frequently...
AbstractThe exploitation of parallelism among traces, i.e. hot paths of execution in programs, is a ...
GCspy is an architectural framework for the collection, transmission, storage and replay of memory m...
Modern software systems heavily use the memory heap. As systems grow more complex and compute with i...
[[abstract]]This paper studies the memory system behavior of Java programs by analyzing memory refer...
We study the behavior of Java objects in order to explore potential garbage collection optimization ...
Dependence information between program values is extensively used in many program optimization techn...
For many years, programmers have faced the problem of reading and trying to understand other program...
Modern applications are often written in an object-oriented style. They allocate large amounts of ob...
A memory leak in a Java program occurs when object ref-erences that are no longer needed are unneces...
Programmers increasingly rely on managed languages (e.g. Java and C#) to develop applications faster...
Hardware trends have increased the disparity of processor and main memory performance. Processors ar...
Despite all the benefits of garbage collection, memory leaks remain a problem for Java programs. A m...
The growing gap between processor and memory speeds is motivating the need for optimization strategi...
GCspy is an architectural framework for the collection, transmission, storage and replay of memory m...
Effective dynamic virtual-machine optimization depends on quickly finding and optimizing frequently...
AbstractThe exploitation of parallelism among traces, i.e. hot paths of execution in programs, is a ...
GCspy is an architectural framework for the collection, transmission, storage and replay of memory m...
Modern software systems heavily use the memory heap. As systems grow more complex and compute with i...