The development of a complete Java Virtual Machine (JVM) implementation is a tedious process which involves knowl-edge in different areas: garbage collection, just in time com-pilation, interpretation, file parsing, data structures, etc. The result is that developing its own virtual machine re-quires a considerable amount of man/year. In this paper we show that one can implement a JVM with third party software and with performance comparable to industrial and top open-source JVMs. Our proof-of-concept implementa-tion uses existing versions of a garbage collector, a just in time compiler, and the base library, and is robust enough to execute complex Java applications such as the OSGi Felix implementation and the Tomcat servlet container
Bytecode instrumentation is a preferred technique for building profiling, debugging and monitoring t...
Released by Sun Microsystems, the Java Virtual Machine (JVM) specification is an abstract definition...
Both the.NET Framework via the Common Language Infrastructure (CLI) [16] and the Java Virtual Machin...
Interpretation of Java bytecode results in slow execution of program.First version of Java Virtual M...
The Java Virtual Machine (JVM) was designed as the target for Java compilers, but there is no reason...
The Java Virtual Machine (JVM) is the corner stone of Java technology, and its efficiency in executi...
International audienceManaged Runtime Environments (MREs), such as the JVM and the CLI, form an attr...
Managed Runtime Environments (MREs), such as the JVM and the CLI, form an attractive environment for...
The Java Virtual Machine (JavaVM) has contributed greatly to Java's success because it provides...
Modern JVM implementations interleave execution with compilation of “hot” methods to achieve reasona...
Abstract. The Java virtual machine (JVM) is usually implemented with an interpreter or just-in-time ...
The portability and runtime safety of programs which are executed on the Java Virtual Machine (JVM) ...
Bytecode instrumentation is a preferred technique for build-ing profiling, debugging and monitoring ...
International audienceWhile JAVA has become a de facto standard for mobile code and distributed prog...
Paper describes an uJVM - an implementation of JVM specially designed for embedded systems, with min...
Bytecode instrumentation is a preferred technique for building profiling, debugging and monitoring t...
Released by Sun Microsystems, the Java Virtual Machine (JVM) specification is an abstract definition...
Both the.NET Framework via the Common Language Infrastructure (CLI) [16] and the Java Virtual Machin...
Interpretation of Java bytecode results in slow execution of program.First version of Java Virtual M...
The Java Virtual Machine (JVM) was designed as the target for Java compilers, but there is no reason...
The Java Virtual Machine (JVM) is the corner stone of Java technology, and its efficiency in executi...
International audienceManaged Runtime Environments (MREs), such as the JVM and the CLI, form an attr...
Managed Runtime Environments (MREs), such as the JVM and the CLI, form an attractive environment for...
The Java Virtual Machine (JavaVM) has contributed greatly to Java's success because it provides...
Modern JVM implementations interleave execution with compilation of “hot” methods to achieve reasona...
Abstract. The Java virtual machine (JVM) is usually implemented with an interpreter or just-in-time ...
The portability and runtime safety of programs which are executed on the Java Virtual Machine (JVM) ...
Bytecode instrumentation is a preferred technique for build-ing profiling, debugging and monitoring ...
International audienceWhile JAVA has become a de facto standard for mobile code and distributed prog...
Paper describes an uJVM - an implementation of JVM specially designed for embedded systems, with min...
Bytecode instrumentation is a preferred technique for building profiling, debugging and monitoring t...
Released by Sun Microsystems, the Java Virtual Machine (JVM) specification is an abstract definition...
Both the.NET Framework via the Common Language Infrastructure (CLI) [16] and the Java Virtual Machin...