Region-Based Memory Management for Real-Time Java

Automatic Region- Based Memory Management for Real-Time Embedded Systems

This paper presents an efficient static analysis algorithm, combinedwith a region allocation policy for real-time embedded Java applications. The goal of this work is to provide a static analysis mechanism efficient enough to be integrated in an assisted-development environment, and to implement region-based memory management primitives suited for resource-limited platforms such as smart cards ...

Efficient Region-Based Memory Management for Resource-limited Real-Time Embedded Systems

This paper presents a simple and efficient static analysis algorithm, combined with a region allocation policy for real-time embedded Java applications. The goal of this work is to provide a static analysis mechanism efficient enough to be integrated in an assisted-development environment, and to implement region-based memory management primitives suited for resource-limited platforms such as s...

A Type System for Safe Region-Based Memory Management in Real-Time Java

The Real-Time Specification for Java (RTSJ) allows a program to create real-time threads with hard real-time constraints. Real-time threads use immortal memory and region-based memory management to avoid unbounded pauses caused by interference from the garbage collector. The RTSJ uses runtime checks to ensure that deleting a region does not create dangling references and that real-time threads ...

Compiler-Assisted Memory Management Using Escape Analysis in the KESO JVM

Escape analysis can be used for automatic memory management in Java. Based on the work of Choi et al. in 2003 [CGS03], this thesis improves the existing escape analysis in KESO, a Java virtual machine for deeply embedded systems. Enhancements implemented for this document include flow-sensitive analysis, modifications that reduce compile time and a fix for a conceptual flaw in the work of Choi ...

Optimizing scoped and immortal memory management in real-time Java