Add to ORKGWe present a technique to increase data cache utilization of pointer-based programs. These caches are often underutilized when an algorithm accesses certain data-members much more frequently than others. In programs that allocate large numbers of identical objects, this can result in some cache lines becoming very busy, whereas others are left virtually untouched because ÒcoldÓ program data is mapped onto them. Our solution consists of grouping all the frequently accessed data members together and physically separating them from the less frequently accessed ones. Each object gets split into a ÒhotÓ part and zero or more ÒcoldÓ parts of equal size, which are evenly spaced from each other in memory, facilitating simple address calculation. Th...
This paper describes Automatic Pool Allocation, a transformation framework that segregates distinct ...
In the past decade, processor speed has become significantly faster than memory speed. Small, fast c...
64-bit address spaces are increasingly important for modern applications, but they come at a price: ...
The cost of accessing main memory is increasing. Machine designers have tried to mitigate the conseq...
As the gap between processor power and memory speed continues to widen, cache performance of modern ...
Hardware trends have produced an increasing disparity between processor speeds and memory access tim...
Providing high performance for pointer-intensive programs on modern architectures is an increasingly...
Hardware trends have increased the disparity of processor and main memory performance. Processors ar...
In modern architectures, due to the huge gap between CPU performance and memory bandwidth, an applic...
The vast divide between the speed of CPU and RAM means that effective use of CPU caches is often a p...
Commercial link : http://www.springerlink.de/ ALCHEMY/http://www.springer.comCache memories were inv...
We present and evaluate a simple, yet efficient dynamic optimization technique that increases memory...
Software applications’ performance is hindered by a variety of factors, but most notably by the well...
Despite the potential importance of data structure layouts and traversal patterns, compiler transfor...
processor architecture, memory system and management, cache memory, hardware and software technique,...
This paper describes Automatic Pool Allocation, a transformation framework that segregates distinct ...
In the past decade, processor speed has become significantly faster than memory speed. Small, fast c...
64-bit address spaces are increasingly important for modern applications, but they come at a price: ...
The cost of accessing main memory is increasing. Machine designers have tried to mitigate the conseq...
As the gap between processor power and memory speed continues to widen, cache performance of modern ...
Hardware trends have produced an increasing disparity between processor speeds and memory access tim...
Providing high performance for pointer-intensive programs on modern architectures is an increasingly...
Hardware trends have increased the disparity of processor and main memory performance. Processors ar...
In modern architectures, due to the huge gap between CPU performance and memory bandwidth, an applic...
The vast divide between the speed of CPU and RAM means that effective use of CPU caches is often a p...
Commercial link : http://www.springerlink.de/ ALCHEMY/http://www.springer.comCache memories were inv...
We present and evaluate a simple, yet efficient dynamic optimization technique that increases memory...
Software applications’ performance is hindered by a variety of factors, but most notably by the well...
Despite the potential importance of data structure layouts and traversal patterns, compiler transfor...
processor architecture, memory system and management, cache memory, hardware and software technique,...
This paper describes Automatic Pool Allocation, a transformation framework that segregates distinct ...
In the past decade, processor speed has become significantly faster than memory speed. Small, fast c...
64-bit address spaces are increasingly important for modern applications, but they come at a price: ...