Titlebook: Java Microarchitectures; Vijaykrishnan Narayanan,Mario I. Wolczko Book 2002 Springer Science+Business Media New York 2002 IT architecture.

預(yù)示

The Delft-Java Engine,are register allocation, we transform stack bottlenecks into pipeline dependencies which are later removed using register renaming and interlock collapsing arithmetic units. The hardware requirements to perform this translation are not excessive when support for Java language constructs are incorpor

MAIM

Quicksilver: A Quasi-Static Java Compiler for Embedded Systems,d device. Traditionally, Java Virtual Machines (JVM’s) have relied on dynamic compilation for performance. These JVMs suffer from large memory footprints and high startup costs, both of which are serious problems for embedded devices such as hand held personal digital assistants and cellular phones.

aspect

大漩渦

Space-Time Dimensional Computing for Java Programs on the MAJC Architecture,hanisms in the MAJC (pronounced like . architecture and its first implementation to support this technique. The MAJC architecture is specifically designed for single-chip multiprocessor implementations. Enabling a single-threaded program to exploit parallelism across multiple CPUs on a chip requires

繁榮中國

dragon

Dynamic Java Threads on the JAMAICA Single-Chip Multiprocessor,inegrained Java threads. This paper gives an overview of the threading mechanism, and investigates the granularity of parallelism which can be exploited in this way. Simulations demonstrate that the current system gives good performance with a wide range of granularities, down to as low as 1000 cycl

GREG

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Book 2002s. contains a collection of papers providing a snapshot of the state of the art in hardware support for Java. The book covers the behavior of Java applications, embedded processors for Java, memory system design, and high-performance single-chip architectures designed to execute Java applications efficiently. .

Limerick

Concurrent Garbage Collection Using Hardware-Assisted Profiling,concurrent generational garbage collector for Java. Detailed execution-driven simulations show that this collector has an average runtime overhead of 0.6%. The short pauses in the application required for synchronization with the garbage collector are at most 53.s, given a 1GHz clock frequency.

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