Memory managers should support compactification, multiple simultaneous garbage collections, and ephemeral collections in a realtime multi-processor shared memory environment. They should permit old addresses of an object to be invalidated without significant delay, and should permit array accesses with no per-element inefficiency. A new approach to building an optimal standard solution to these requirements is presented for stock hardware and next generation languages. If such an approach should become a standard, this would spur the development of standard hardware to optimize away the overhead.Engineering and Applied Science
As the development of hardware progresses, computers are expected to solve increasingly complex prob...
Garbage collection (GC) is a key component of almost all modern programming languages. The advent of...
Existing virtual memory systems usually work well with applications written in C and C++, but they d...
Automatic garbage collection relieves programmers from the burden of managing memory themselves and ...
tions expressed in this material are those of the authors and do not necessarily reflect the views o...
Real-world garbage collectors in managed languages are complex. We investigate whether this complexi...
Hardware-assisted garbage collection combines the potential of high average-case allocation rates an...
Personal computers present an attractive, low cost solution to parallel and concurrent problems thro...
Garbage collection is the automatic management of dynamically allocated storage. In other words, it...
Hardware-assisted garbage collection offers the potential of high average-case allocation rates and ...
Optimal utilization of a multi-channel memory, such as Wide IO DRAM, as shared memory in multi-proce...
AbstractA uniform general purpose garbage collector may not always provide optimal performance. Some...
Hardware-assisted garbage collection combines the potential of high average-case alloca-tion rates a...
Memory management is a critical issue for many large object-oriented applications, but in C++ only e...
AbstractDespite its dominance, object-oriented computation has received scant attention from the arc...
As the development of hardware progresses, computers are expected to solve increasingly complex prob...
Garbage collection (GC) is a key component of almost all modern programming languages. The advent of...
Existing virtual memory systems usually work well with applications written in C and C++, but they d...
Automatic garbage collection relieves programmers from the burden of managing memory themselves and ...
tions expressed in this material are those of the authors and do not necessarily reflect the views o...
Real-world garbage collectors in managed languages are complex. We investigate whether this complexi...
Hardware-assisted garbage collection combines the potential of high average-case allocation rates an...
Personal computers present an attractive, low cost solution to parallel and concurrent problems thro...
Garbage collection is the automatic management of dynamically allocated storage. In other words, it...
Hardware-assisted garbage collection offers the potential of high average-case allocation rates and ...
Optimal utilization of a multi-channel memory, such as Wide IO DRAM, as shared memory in multi-proce...
AbstractA uniform general purpose garbage collector may not always provide optimal performance. Some...
Hardware-assisted garbage collection combines the potential of high average-case alloca-tion rates a...
Memory management is a critical issue for many large object-oriented applications, but in C++ only e...
AbstractDespite its dominance, object-oriented computation has received scant attention from the arc...
As the development of hardware progresses, computers are expected to solve increasingly complex prob...
Garbage collection (GC) is a key component of almost all modern programming languages. The advent of...
Existing virtual memory systems usually work well with applications written in C and C++, but they d...