A framework for JIT compilation that specifically caters to the resource constraints of new generations of small devices is presented. Preliminary results obtained from a prototype implementation show average speedup of 5.5 over a conventional interpreter-based Java implementation, with only a 15% increase in the static memory footprint and an adjustable, highly predictable dynamic footprint
Interest in Java implementations for resource-constrained environments such as embedded systems has ...
Modern Java Compilers, such as Sun's HotSpot compilers, implement a number of optimizations, ranging...
Java has proven to be a powerful language for software development. In this paper we show that it is...
A framework for JIT compilation that specifically caters to the resource constraints of new generati...
A framework for JIT compilation that specifically caters to the resource constraints of new generati...
International audienceDue to the everlasting consumer demand for more complex applications, embedded...
International audienceDue to the everlasting consumer demand for more complex applications, embedded...
A generally held notion is that high quality code comes with high compilation cost. As a result, pre...
Abstract Dynamic or Just-in-Time (JIT) compilation is crucial to achieve acceptable performance for ...
Interpreted languages are widely used due to ease to use, portability, and safety. On the other hand...
A "Just-In-Time " (JIT) Java compiler produces native code from Java byte code ins...
Just-in-Time (JIT) compilation is a key technique for programs written in managed languages, such as...
The Java Virtual Machine (JVM) is the corner stone of Java technology, and its efficiency in executi...
Embedded platforms are resource-constrained systems in which performance and memory requirements of ...
Interest in Java implementations for resource-constrained environments such as embedded systems has ...
Interest in Java implementations for resource-constrained environments such as embedded systems has ...
Modern Java Compilers, such as Sun's HotSpot compilers, implement a number of optimizations, ranging...
Java has proven to be a powerful language for software development. In this paper we show that it is...
A framework for JIT compilation that specifically caters to the resource constraints of new generati...
A framework for JIT compilation that specifically caters to the resource constraints of new generati...
International audienceDue to the everlasting consumer demand for more complex applications, embedded...
International audienceDue to the everlasting consumer demand for more complex applications, embedded...
A generally held notion is that high quality code comes with high compilation cost. As a result, pre...
Abstract Dynamic or Just-in-Time (JIT) compilation is crucial to achieve acceptable performance for ...
Interpreted languages are widely used due to ease to use, portability, and safety. On the other hand...
A "Just-In-Time " (JIT) Java compiler produces native code from Java byte code ins...
Just-in-Time (JIT) compilation is a key technique for programs written in managed languages, such as...
The Java Virtual Machine (JVM) is the corner stone of Java technology, and its efficiency in executi...
Embedded platforms are resource-constrained systems in which performance and memory requirements of ...
Interest in Java implementations for resource-constrained environments such as embedded systems has ...
Interest in Java implementations for resource-constrained environments such as embedded systems has ...
Modern Java Compilers, such as Sun's HotSpot compilers, implement a number of optimizations, ranging...
Java has proven to be a powerful language for software development. In this paper we show that it is...